"CA-043a","Brown & Caldwell, 1992","Commercial","1992",,"Ft. Irwin","CA",,,"Preliminary energy and economic analysis for 172-unit Ft. Irwin multi-family dwelling complex.  Central plant with 4-100 ton centrifugal, water-water heat pumps.  Base case vs COP",,,,,,,"400.0000",,"No monitored data - report discusses installation process for several options","Central plant of 4 - 100 ton centrifugal, water-to-water heat pumps, TES of chilled and hot water, 4-pipe distribution system and fan coil in each dwelling controlled by a thermostat.",,,,,,,,,,,"X",,,,,,"X",,,,,"1590000.0000","64","$1192300.0000","$104000.0000","69","1.3000",,"X",,"4390000.0000",,,,,"4390000.0000","$339000.0000","Richard Henriks","16735 Von Karman Ave Suite 100","Irvine","CA",,"92714","714-660-1070","C-1"
"CA-043b","Brown & Caldwell, 1992","Commercial","1992",,"Ft. Irwin","CA",,,"Preliminary energy and economic analysis for 172-unit Ft. Irwin multi-family dwelling complex.  Central plant with 4-100 ton centrifugal, water-water heat pumps.  Base case vs GSHP",,,,,,,"400.0000",,"No monitored data - report discusses installation process for several options","unknown",,,,,,,,,,,,,,,,,"X",,,,,"2420000.0000","45","$1221000.0000","$206000.0000","39","2.5000",,"X",,"4390000.0000",,,,,"4390000.0000","$339000.0000","Richard Henriks","16735 Von Karman Ave Suite 100","Irvine","CA",,"92714","714-660-1070","C-2"
"CA-043c","Brown & Caldwell, 1992","Commercial","1992",,"Ft. Irwin","CA",,,"Preliminary energy and economic analysis for 172-unit Ft. Irwin multi-family dwelling complex.  Central plant with 4-100 ton centrifugal, water-water heat pumps.  Base case vs WSHP",,,,,,,"400.0000",,"No monitored data - report discusses installation process for several options","Unknown",,,,,,,,,,,,,,,,,"X",,,,,"2210000.0000","50","$1130900.0000","$182000.0000","46","1.6000",,"X",,"4390000.0000",,,,,"4390000.0000","$339000.0000","Richard Henriks","16735 Von Karman Ave Suite 100","Irvine","CA",,"92714","714-660-1070","C-3"
"IN-522","Duffy, 1989","Commercial","1987","345000.0000","Decatur","IN",,,"Thunderbird Products installed a GSHP system when they built their new place.  The new building requires 1,164,000 Btu/h heating and cooling requirements and is equipped with 24 heat pumps.","X",,,,,"21% methanol",,"WaterFurnace","No monitored data","Pond loop geothermal system with 24 heat pumps ranging from 3/4 to 10 ton units.  It consists of 7 revers-return loops of 1.25-in Type K copper pipe totaling 8000 ft laid at the bottom of the pond.","35.0000","Copper","1.2500",,,,"X",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"C-24"
"IN-515","Sluder, Undated","Commercial","1987",,"Hartford City","IN",,,"Dacra Glass, Inc. manufactures decorative glass specialty items.  Modernization of the work environment included air conditioning, in addition to maintaining reasonable costs.",,"X","0.0000","6000",,,"21.0000",,"Monitored monthly electrical consumption (kWh) and cost from Nov 1987 to May 1988.","Groundwater open loop configuation which replenishes the nearby pond",,,,,,,,,,,"X","1",,,,"X",,,,,,"62000.0000",,,"$3870.0000",,,,,,,,,,,,,"Dave Heavenridge","State Rd. 3 North","Hartford City","IN",,,,"C-22"
"IN-521","Air Cond., Heating, and Refrig. News, 1990","Commercial","1989","41535.0000","Indianapolis","IN",,,"Lincoln Lodge retirement apartments has 71 apartments ranging in size from 543 to 585 sq ft and uses 1 to 1.5 ton units for heating and cooling.  Each unit is connected to a master loop.","X",,,,,,"91.0000","WaterFurnace","No monitored data","Pond loop geothermal system with 78 heat pumps.  It has a 7.5 hp pump that circulates a water/antifreeze solution through 84300 ft coils of 3/4-in pipe at the bottom of Bacon Lake (10 acres).",,"PE",,,,,"x",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"C-23"
"KS-513","Wagner, 1994","Commercial","1993",,"Prairie Village","KS",,,"A new Phillips 66 was installed with a vertical closed loop GSHP system.","X",,,,,,"5.0000","Flordia","No monitored data","Vertical closed loop GSHP with a 4 ton heat pump.  The walk-in cooler freezer and icemaker tied into the system.","55.0000",,,"X","10","325",,,,,,,,,,,,,,"3.0000","11.6000",,"40",,,,,,,,,,,,,,,"Dave Wagner","P.O. Box 418679","Kanas city","MO",,"64141","816-556-2169","C-25"
"KS-514","Wagner, 1994","Commercial","1993","95600.0000","Stilwell","KS",,,"Kanas City Power & Light's Southland Service Center is surrounded by 3 interconnected detention ponds totaling approximately 2 acres.  It was installed with a pond-source heat pump loop.","X",,,,,,"56.5000","WaterFurnace","No monitored data","Pond-source heat pump loop.  It consists of 18 heat pump units, and the 1-in pipe is rolled into multiple coils appor. 42-in in diameter, and each coil contains 300 ft of pipe.",,,,,,,"X",,,,,,,,,,,,,"3.3000","14.5000",,,,,,,,,,,,,,,,,"Dave Wagner","P.O. Box 418679","Kanas City","MO",,"64141","816-556-2169","C-26"
"KY-077","Pickney, 1992","Commercial","1992","1657500.0000","Louisville","KY",,,"Galt House East Hotel and Apartment complex consisting of 600 (700 sq ft) hotel rooms, 100 apartments (1875 sq ft) and 150,000 sq. ft. of public area and office building complex with 900,000 sq ft.",,"X",,,,,"4700.0000",,"Monitored energy costs for Galt House East and the adjacent Galt House built in 1972","Groundwater heat pump system consisting of 3 wells producing 700 gpm well water at 58 F.","58.0000",,,,,,,,,,"X","3",,,"700.0000","X",,,,,,,,,,,,"X",,,,,,,,,,"Marion Pickney","Pickney Engineering, Inc.",,,,,"502-635-6316","C-27"
"LA-076","Braud, 1987","Commercial","1987",,"Hammond","LA",,,"Office building - Dept. of Employment Security, was retrofitted with a vertical ground-coupled system from an air/air and electric heat.  The monitoring is from Mar 86-Feb 87 and Mar 87-Sept 87",,"X",,,,,"30.0000",,"Monitored electric bills from Mar 86 - Feb 87 and Mar 87 - Sept 87.  The numbers are for 7 months.","Vertical ground-coupled heat pump",,,,"X",,,,,,,,,,,,"X",,,,,,"196200.0000","67",,"$8612.8800","60","3.0000","X",,,"590520.0000",,,,,"590520.0000","$21576.6900","Dr. Harry Braud","Louisiana State University",,"LS",,,"504-388-3153","C-28"
"LA-170","Howell, 1988","Commercial","1988","46000.0000","St. Louis","LA",,,"An energy efficiency analysis was performed to make comparisons of energy requirements for a range of internal loads at various geographical locations",,,,"2722","772",,,,"No monitored data - computer simulation","Closed loop system with 32 water to air heat pumps divided into 16 zones",,,,,,,,,,,,,,,,,"X",,,,,,,,,,,,,,,,,,,,,"R. H. Howell","University of Missouri-Rolla","Rolla","MO",,,,"C-29"
"LS-064b","Braud, 1986","Commercial","1985","3300.0000","Baton Rouge","LS",,,"Comparison between 2 Baton Rouge Banks- Perkens branch is 3300 sq ft and has a GCHP, and Jones creek Branch has 3000 sq ft and gas heat with and 11.5 ton air conditioning",,,,,,,"15.0000",,"Monitored kWh consumption, plus demand, and gas consumption","Ground Coupled loop",,,,,,,,,,,,,,,,"X",,,,,,"133578.0000","31",,"$8487.2600","25",,"X",,,,"446.0000",,,,"192376.0000","$11349.0200",,"Mississippi Power and Light Co",,,,,,"C-30"
"MO-512","Wagner, 1994, 1995","Commercial","1994","20000.0000","Kanas City","MO",,"64120","The Meter Services Building of Kanas City Power and Light Co. was installed with a vertical GSHP.  It has 13 heat pumps ranging in capacity from 3/4 to 7 tons.","X",,,,,,"48.0000",,"Monitored monthly electrical consumption (kWh) and demand (kW)","Vertical closed loop GSHP","55.0000",,,"X","86","120",,,,,,,,,,"X",,,,"3.7000","16.5000","446120.0000",,,,,,,,,,,,,,,,"Dave Wagner","P.O. Box 418679","Kanas City","MO",,"64141","816-556-2169","C-31"
"MS-064a","Braud, 1986","Commercial","1985","11000.0000","Jackson","MS",,,"Comparison between 2 offices with the same design- Rankin office has a GCHP, 53 people, and glass faces E and W, and the Madison office has a Hi-effic. ASHP and 35 people and glass faces N and S","X",,,,,,,,"Monitored kWh consumption and demand from Jul 85 to Jun 87","Vertical closed loop-ground coupled heat pump system",,,,"X",,,,,,,,,,,,"X",,,,,,"196560.0000","21",,"$12233.0000",,,"X",,"248928.0000",,,,,,"248928.0000",,,"Mississippi Power and Light Co",,,,,,"C-32"
"ND-527i","Mathen, 1984","Commercial",,,"Jamestown","ND",,,"This is a small commercial building with a 3.5-ton groundwater system.  It has a reversing pump and uses a recharge well for water disposal.",,,,,,,"3.5000",,"Monitored energy transfer between water and heat coil, total water flow, electric energy consumed by compressor, in and out water temp. for heat pump, inlet water temp. for manual readings, etc.","Groundwater sytem with a reversing pump","47.0000",,,,,,,,,,"X","2","160",,"8.0000","X",,,,"1.6800",,,,,,,,,,,,,,,,,,"Don V. Mathen","Engineering Experiment Station","Grand Forks","ND",,"58202",,"C-33"
"NY-086","Rizzuto,1994","Commercial","1991","2562.0000","Albany","NY",,,"550 unit garden apartment complex - demonstration involved 3 apartments in each of 3 buildings, GCHPs installed in 1 building; the other 2 buildings retained electric heating and air conditioning",,"X",,,,,"2.3500",,"15 min. interval readings of heating or cooling kWh and total kWh, inside and outside air temp., supply and return temp for the air and ground-coupled loops.  From oct 1991 to Mar 1992","Four vertical ground-coupled holes ranging from 140 to 200 ft",,,,"X","4","200",,,,,,,,,,"X",,,,,,"5283.0000","61",,,,,"X",,,"13451.0000",,,,,"13451.0000",,"J. Rizzuto",,"Albany","NY",,,,"C-35"
"NY-083","Brown, 1988","Commercial","1984","12500.0000","Saratoga","NY",,,"An ice cream manufacturer's headquarters was monitored for a period of 20 months.  Phase 1 consisted of 1 GSHP and monitored for 12 months, Phase 2 consisted of another heat pump and monitored 4 month",,"X",,"4847","422",,,,"Monitored power consumption, demand on heat pump compressor, well water flow, total loop flow,temp. of supply and return, loop temp. in and out of heat pump unit.","Open loop groundwater source heat pump",,,,,,,,,,,"X",,,,"7.0000","X",,"2398.0000","1531.0000","3.9000","37.0000",,,"$14964.0000","$6382.0000","23","2.7000",,"X",,,,,,,,"$8253.0000","M.J. Brown",,,,,,,"C-34"
"OH-082","Woller, 1991","Commercial","1991","15000.0000","Columbus","OH",,,"Buckeye Power installed a 58-ton GSHP to serve a new 15000 sq ft addition.  40% less than electric resistance heating system with rooftop air conditioning, aprox. $4000/ year savings","X",,,,,,"58.0000","WaterFurnace","None","Vertical ground-coupled system consisting of 20,000 feet of pipe.",,,,"X","65","150",,,,,,,,,,"X",,,,"3.7000",,,,,,,,,,,,,,,,,,"Bernie Woller","Buckeye Power Inc.,","Columbus","OH",,,"614-846-5757","C-36"
"OK-134","PSCO, Undated","Commercial",,"34000.0000","Bixby","OK",,,"Newly built Daily Family YMCA has 92 tons of total system cooling consisting of 16 units.  The YMCA consists of an aerobics room, pool area, child daycare, offices and gymnasium.","X",,,,,,"92.0000",,"An energy management system was installed for total system control and further collection of data","Horizontal ground source heat pump system consisting of 32,000 feet of pipe",,,,,,,"X",,,,,,,,,,,,,,"11.2000",,,,,,,,,,,,,,,,,,"Public Service Co. of Oklahoma","Tulsa","OK",,,"918-599-2871","C-39"
"OK-088","Dunbar, 1990","Commercial","1990","400000.0000","Oklahoma City","OK",,,"Capitol building has a capacity of 850 tons consisting of 435 GSHPs ranging from 0.5 to 25-tons.  850 tons of cooling projected to save around $200,000/yr. in energy costs.",,"X",,,,,"850.0000","Climate Master","None","Vertical ground-coupled consisting of 370 boreholes in ground temp. of 54 F to 50 F.","54.0000",,,"X","370",,,,,,,,,,,,,,,,,,,"$250000.0000",,,,,,,,,,,,,,,,,,,,,"C-38"
"OK-078","Smith, 1992","Commercial","1992",,"Tulsa","OK",,,"Four alternatives were considered for the HUD owned Park Chase Apartment complex consisting of 384 units.  The alternatives are 1- GSHP, 2- ASHP, 3- Heat pump with gas auxiliary, 4- centralized system",,"X",,,,,,,"None- Determined which type of system would be most appropriate to replace existing centralized system","Vertical ground-coupled with boreholes of 150-200 ft/ton of cooling capacity at 15 foot centers.  Cost would be roughly $750 per hole to drill.",,,,"X",,,,,,,,,,,,,"X",,,,,,,,"$37170.0000","22",,,"X",,,,,,,,"$47760.0000","Wesley B. Smith","4817 East 34th Street","Tulsa","OK",,"74135","918-742-3385","C-37"
"PA-197","PP&L, 1989","Commercial","1988","6500.0000","Freeland","PA",,,"Hazleton St. Joseph Medical Center renovated its old system to a vertical ground couple loop.",,"X",,,,"Glycol","17.5000",,"Monitored monthly electrical consumption (kWh)","Vertical ground-coupled system with two 5-ton and one 7.5 ton water-to-air heat pumps.  Two 1 H.P. and one 2 H.P. glycol loop circulating pumps.",,"Plastic","1.5000","X","6","220",,,,,,,,,,"X",,,,"2.9000",,"118960.0000",,"$42500.0000","$8815.0000",,,,,,,,,,,,,,"Pennsyvania Power & Light Co.",,,,,,"C-40"
"TX-081","Pietsch, 1988","Commercial","1988",,"Dallas","TX",,,"9 system cost comparisions using 100/200/400/800 ton capacities.  Systems are GSHP, WSHP-Blr, Central VAV, 2 and 4-pipe fan coils, Rooftop VAV, PTAC, Air/Wtr Induc., Double duct",,,,,,,,,"None- Installation cost comparison for 9 systems","Not specified as to type",,,,,,,,,,,,,,,,,"X",,,,,,,,,,,,"X",,,,,,,,,"Joseph A Pietsch","4319 Bobbitt Drive","Dallas","TX",,"75229",,"C-43"
"VA-084","Beck, 1992","Commercial","1992","14200.0000","Colonial Williamsbur","VA",,,"Shields Tavern was recently renovated with a 14200 sq ft kitchen and storage area hidden underground and connected via tunnel to the tavern. It consists of 14 WSHPs",,"X",,,,,"48.2500",,"None","Vertical ground-coupling consisting of 25000 linear ft of pipe.  The loop temp range is from 60 F to 95 F. A back up plate heat exchanger uses water from an artesian well to cool loop if over 95 F",,"PB","1.0000","X","42","300",,,,,,,,,,"X",,,,,,,,,,,,,,,,,,,,,,"Clyde D. Kestner","Colonial Williamsburg Foundation",,,,,,"C-45"
"VA-528","Weinstein, 1984","Commercial","1984","7312.0000","Fairfax","VA",,,"An economic analysis of installed and future costs for a new building designed for the Mount Vernon Unitarian Church.  Several alternative HVAC systems were analysised.","X",,,,,,"14.0000",,"No monitored data- energy analysis","Ground-water source heat pump system consisting of a source well at a 500 ft depth and a discharge well at a depth of 250 ft.","60.0000",,,,,,,,,,"X","2","500",,,,"X",,,"2.8900","10.5000","39747.0000","31","$46100.0000","$2782.0000","31",,,"X","57204.0000",,,,,,"57204.0000","$4003.0000",,,,,,,,"C-46"
"VA-065","Leigh, 1990","Commercial","1989","7890.0000","Gainsville","VA",,,"HVAC operating cost comparison from 1-17-89 to 1-17-90.  Comparing an earth coupled heat pump to a Variable Air volume system.",,,,,,,,,"Monitored monthly kWh meter reading","Not specified as to type",,,,,,,,,,,,,,,,"X",,,,,,"51192.0000","68",,"$4655.0000","58",,"X",,"157564.0000",,,,,,"157564.0000","$10967.0000","Bill Leigh","Northern Virgina Electric Coop",,,,,"703-335-0500","C-44"
"CN-502","EnerOptions, 1988","Commercial","1985","17975.0000","Kitchener",,"Canada",,"Braun's Bicycle Store was retrofitted in 1985 from an oil-fired furnace to an GSHP system.  The premises consists of a 7000 sq. ft showroom and offices and storerooms occupy an additional 3985 sq. ft.",,"X",,,,"Glycol","10.0000","WaterFurnace","Monitored monthly electrical consumption (kWh)","Vertical ground source system consisting of two closed loops.",,"Plastic",,"X","10","135",,,,,,,,,,"X",,,,"3.0000",,"71167.0000","73","$40810.0000","$2989.0000","73","2.7000",,"X",,,,"6517.8500",,,"260714.0000","$10950.0000","Al Dunn","75 Rankin Street","Waterloo",,"Canada","N2V1W2","519-746-6000","C-6"
"CN-501","EnerOptions, 1988","Commercial","1986","24750.0000","Mississauga",,"Canada",,"The Avenue Motel is a new 62 unit motel on Mississauga's Dundas Street.","X",,,,,,"22.5000","Cantherm","Monitored monthly electrical consumption (kWh)","Vertical ground source system with a four pipe hydronic distribution system.  It also has 5 Cantherm Thermia heat reclaim tanks.  The back-up heat is supplied by a natural gas-fired standby boiler.","35.6000","PE",,"X","12","300",,,,,,,,,,"X",,,,,,,,"$150000.0000",,,"2.5000",,,,,,,,,,,"David C Lawton","291 Davis Drive","Newmarket",,"Canada","L3Y2N6","416-895-7366","C-5"
"CN-509","EnerOptions, 1988","Commercial","1987","170651.0000","Newmarket",,"Canada",,"The large stone and timber building, built in 1905, is the areas largest shopping complex.  It was retrofitted in 1987 with water source heat pumps on a boiler loop",,"X",,,,,,"WaterFurnace","Monitored monthly electrical consumption (kWh)","Water source heat pumps on a boiler loop.  It consists of 110 heat pumps which vary from 1.5 to 5 ton capacity.",,,,,,,,,,,"X",,,,"608.0000","X",,,,,,,,"$325000.0000",,"15",,,,,,,,,,,,"David C. Lawton","291 Davis Drive","Newmarket",,"Canada","L3Y2N6","416-895-7366","C-13"
"CN-510","EnerOptions, 1988","Commercial","1985",,"Oshawa",,"Canada",,"Faith Place is a large apartment building with 186 units.  The building was equipped with a 20 ton roof-top chiller fueled by natural gas.  It was replaced by water source heat pumps on a boiler loop.",,"X",,,,,"21.0000","Cantherm","Monitored monthly electrical consumption (kWh), plus from Jan 30, 1986 to April 22, 1986 monitored run time.","Water source heat pumps on a boiler loop.  It consisted of 3 heat pumps designed to deliver 33kW of heat energy at 127 F from a water source of 52 F through a plate heat exchanger to D.H.W.","51.8000",,,,,,,,,,"X",,,,,"X",,,,"2.8000",,"619433.0000","81","$52000.0000","$27317.0000","50","1.9000","X",,,,"106940.0000",,,,"3240296.0000","$54841.0000","Luuk Van Wouw","R.R. No. 1, Conlin Road West","Oshawa",,"Canada","L1H7K4","416-723-1706","C-14"
"CN-507","EnerOptions, 1988","Commercial","1986","2314.0000","Perth",,"Canada",,"A greenhouse at Hillside Gardens was retrofitted with an open loop groundwater source heat pump.  The old system consisted of oil burners which remains as a back-up system.",,"X",,,,,,"Cantherm","Monitored monthly electrical consumption (kWh)","Open loop groundwater source heat pump.  The water is drawn from a well then discharged into a nearby pond.","45.0000",,,,,,,,,,"X","1","40",,"13.2000","X",,,,"3.1000",,,,"$5800.0000",,,"2.8000","X",,,,,,,,,,"James Kyd","31 Northside Road","Nepean",,"Canada","K2H8S1","613-829-3545","C-11"
"CN-503","EnerOptions, 1988","Commercial","1986","7233.0000","Renfrew",,"Canada",,"A new Medical Center in Renfrew consisting of a pharmacy, waiting rooms, children's play area, and 4 doctors offices.","X",,"-14.0000","8693",,,"10.0000","Cantherm","Monitored monthly electrical consumption (kWh)","Groundwater system which sustains a yield of 113 l/min at 48.2 F during periods of peak demand.","48.2000",,,,,,,,,,"X","2","223","6.0000",,"X",,,,,,"37620.0000","64","$33850.0000","$1881.0000","64","2.9000",,"X",,"97880.0000",,,"7180.0000",,"105060.0000","$5253.0000","James Kyd","31 Northside Road","Nepean",,"Canada","K2H8S1","613-829-3545","C-7"
"CN-511","EnerOptions, 1988","Commercial","1986","100000.0000","Scarborough",,"Canada",,"The Scarbough Foriegn Mission Society commissioned an upgrading of its headquarters.  The 3 story building with basement is of traditional design and divided into two blocks.",,"X",,,,"Glycol","30.0000","Cantherm","Monitored monthly electrical consumption (kWh)","Vertical loop GSHP.  The system consists of 4 heat pump units and has an integrated ground collector system with 5 loops returning to a common manifold.  The 4 vertical collectors are connected in series.","35.6000","PE","1.2500","X","20","246",,,,,,,,,,"X",,,,,,,,"$275000.0000",,,,"X",,,,,,,,,,"David C Lawton","291 Davis Drive","Newmarket",,"Canada","L3Y2N6","416-895-7366","C-15"
"CN-505","EnerOptions, 1988","Commercial","1982","2153.0000","Stittsville",,"Canada",,"Capital Water Supply Ltd. retrofitted its maintenance workshop from an oil-fired furnace to a water source heat pump, plus applied 1.5 in of insulation to the utside of the walls.",,"X",,,,,"6.0000","WaterFurnace","Monitored monthly electrical consumption (kWh)","Open loop groundwater source heat pump provides 25 L/min of fresh water at 49.1 F during the winter.","49.1000",,,,,,,,,,"X","2","164",,,"X",,,,"3.0000",,,,,,,"2.5000","X",,,,,,,,,,"James Kyd","31 Northside Road","Nepean",,"Canada","K2H8S1","613-829-3545","C-9"
"CN-508","EnerOptions, 1988","Commercial","1982","13186.0000","Thorndale",,"Canada",,"A greenhouse in Thorndale was retrofitted with an open loop groundwater source heat pump.  The old system consisted of an oil furnace.",,"X",,,,,,"Cantherm","Monitored monthly electrical consumption (kWh)","Open loop groundwater source heat pump system consisting of 9 heat pumps.  The well has a sustainable yield of 680 L/min.","36.0000",,,,,,,,,,"X","1","269",,"179.6000","X",,,,,,,,"$48000.0000",,,"4.5000","X",,,,,,,,,,"Frank Kolesar","6675 Millcreek Drive","Mississauga",,"Canada",,,"C-12"
"CN-506","EnerOptions, 1988","Commercial","1986","8073.0000","West Lake",,"Canada",,"The Trotkotsawl Restaurant consists of a full service restaurant, with kitchens, a lounge with bar and an adjoining apartment for the manager.","X",,,,,,,"Cantherm","Monitored monthly electrical consumption (kWh)","Horizontal loop GSHP fitted with 5 pumps.  Each pump is coupled to a 1312 ft loop of 1.25in diameter polyethylene pipe, which is buried 3 ft deep.",,"PE","1.2500",,,,"X",,"3.0000",,,,,,,"X",,,,"3.0000",,"197300.0000","75","$78400.0000","$11838.0000","41","2.2000",,"X",,,,"19592.0000",,,"783671.0000","$20024.0000","John Hepburn","320 Main Street","Picton",,"Canada","K0K2T0","613-476-5686","C-10"
"CN-500","EnerOptions, 1988","Commercial","1982","12000.0000","Winnipeg",,"Canada",,"The City of Winnipeg Operations Dept. Admin. Building was constructed in 1982.  A hydrotechical review of the site indicated a suitable supply of low temperature groundwater.","X",,,,,,"28.5000","Trane","Monitored monthly electrical consumption (kWh)","Groundwater well drawing from the Upper Carbonate aquifer.","44.6000",,,,,,,,,,"X",,"174",,,"X",,,,,,"100000.0000","67",,"$3400.0000","53","3.6000",,"X",,,"9900.9900",,,,"300000.0000","$7200.0000","E.J. Faraci","200 - 330 St. Mary Avenue","Winnipeg",,"Canada","R3C3Z5","204-949-1000","C-4"
"CN-504","EnerOptions, 1988","Commercial","1986","30140.0000","Winnipeg",,"Canada",,"Bristol Aerospace Building 7 is a manufacturing plant under construction.  A relatively conventional HVAC system with natural gas was originally proposed, however a groundwater source proved favorable.","X",,,,,,"115.0000","McQuay Templifi","No monitored data","Groundwater well drawing from the Upper Carbonate aquifer.","44.6000",,,,,,,,,,"X",,"174",,,"X",,,,"3.0000",,"376000.0000","98",,"$12900.0000","66","4.7000",,"X",,,"56105.6100",,,,"1700000.0000","$37450.0000","E.J. Faraci","200 - 330 St. Mary Avenue","Winnipeg",,"Canada","R3C3Z5","204-949-1000","C-8"
"GR-518a","Sanner, 1993; Sanner, 1993","Commercial","1991","66736.0000","Duesseldorf",,"Germany",,"This office building consists of three wings surrounding a glazed atrium open to the east.  The plant can operate in 3 different modes: Heating, direct cooling, cooling with heat pumps.","X",,,,,,"54.0000",,"Monitored monthly electrical consumption (kWh)","Earth probe thermal energy store",,"Steel",,"X","77","115",,,,,,,,,,"X",,,,,,"106000.0000","73","$77000.0000","$10740.0000","10",,,"X",,,,"9652.0000","6500.0000",,"393500.0000","$11910.0000","Burkhard Sanner","Diezstrasse 15","Giessen",,"Germany","D-6300",,"C-17"
"GR-308b","Sanner, 1990; Sanner, Undated","Commercial","1987",,"Huttenberg",,"Germany",,"3 Residential and 1 commercial building were selected to monitor the performance of GCHP under various ground conditions.  This system is hydronic, floor heating, and not DHW",,,,,,,"6.3000","Siemens Si22","Monitored energy from the line (including brine pump), thermal energy supplied, brine temps. to and from earth probe, water temps. to and from heat distribution system, earth temp. in one hole","Vertical ground couple loop.  Ga 4x25.  The geology- period Teriary, lithology sand/marl",,,,"X","5","122",,,,,,,,,,"X",,"1677.0000",,"3.4000",,"12940.0000",,"$20800.0000","$1340.0000","-1",,,"X",,,,,,,,"$1267.0000","Burkhard Sanner","Helmut Hund GmbH, Box 63","Wetzlar",,"Germany","D6330",,"C-16"
"GR-520","Sanner, 1993","Commercial","1993","25834.0000","Kochel",,"Germany",,"The plant provides heat for a building complex containing 35 flats, and the owner is Bayernwerk AG a major utility in Southern Germany.","X",,,,,,"59.4000",,"No monitored data at this time","Vertical earth heat exchangers consisting of double-U-tube polyethylene piping and 21 heat exchangers.",,,,"X","21","322",,,,,,,,,,"X",,,,,,,,,,,,,,,,,,,,,,"BurkhardSanner","Diezstrasse 15","Giessen",,"Germany","D-6300",,"C-21"
"GR-518b","Sanner, 1993; Sanner, 1993","Commercial","1991",,"Linden",,"Germany",,"The Geotherm building is a small commercial building housing offices, store, and shop of a heating contractor specialized in GSHP.","X",,,,,,"4.3000",,"Monitored monthly electrical consumption (kWh)","Earth probe thermal energy store",,,,"X","3","131",,,,,,,,,,,"X",,,,,"12000.0000","73","$16200.0000","$1040.0000","33",,,"X",,,,"1057.0000","1400.0000",,"43668.0000","$1560.0000","Burkhard Sanner","Diezstrasse 15","Giessen",,"Germany","D-6300",,"C-18"
"GR-518c","Sanner, 1993; Sanner, 1993","Commercial","1992",,"Rathenow",,"Germany",,"The Ophthalmica building is a factory that produces lenses for spectacles.  The building has been operational since June 1992.","X",,,,,,"18.2000",,"Monitored monthly electrical consumption (kWh)","Earth probe thermal energy store",,,,"X","10","197",,,,,,,,,,"X",,,,,,"34000.0000","76","$51300.0000","$3360.0000","21",,,"X",,,,"3510.0000","2500.0000",,"143284.0000","$4240.0000","Burkhard Sanner","Diezstrasse 15","Giessen",,"Germany","D-6300",,"C-19"
"GR-518d","Sanner, 1993; Sanner, 1993","Commercial","1993",,"Wetzlar",,"Germany",,"The UEG building has been operational since Feb. 1993.  The heating load is higher than average, because the chemical laboratories in the building have to be provided with 100% fresh ventilation air.","X",,,,,,"13.4000",,"Monitored monthly electrical consumption (kWh)","Earth probe thermal energy store.  The ventilation air is heated by an additional gas boiler on cold days in wintertime.",,"HDPE",,"X","8","263",,,,,,,,,,"X",,,,,,"130642.0000","60","$55600.0000","$6910.0000","42","2.9000",,"X",,,,"6347.0000","70000.0000",,"324585.0000","$12000.0000","Burkhard Sanner","Diezstrasse 15","Giessen",,"Germany","D-6300",,"C-20"
"SW-079","Nilsson, 1988","Commercial","1987","172000.0000","Finspong",,"Sweden",,"A large supermarket in the Viberga suburb of Finspong.  The heating system recovers the heat generated by the refrigeration counters used for cold storage.",,"X","0.0000",,,,,,"Monitored the consumption of oil and kWh before and after installation","Vertical heat pump system installed in accordance with the SUNSTORE method",,,,"X","24","360",,,,,,,,,,"X",,,,"5.0000",,,,"$250000.0000",,,"3.7000","X",,,,,,,,,,"Urban Nilsson","Kanalvagen 3","Upplands Vasby",,"Sweden","19461","467-607-0080","C-41"
"SW-519","Sanner, 1992","Commercial","1987","688890.0000","Frosundavik",,"Sweden",,"The SAS Head Office is situated above an esker-aquifer which is used for thermal energy storage by using 3 "cold" and 2 "warm" wells.",,,,,,,,,"No monitored data","Groundwater source with 3 "cold" (36 to 54 F) and 2 "warm" (47 to 59 F) wells.  It consists of 3 heat pumps.",,,,,,,,,,,"X","5",,,,"X",,,,,,"1020000.0000",,,,,,,,,,,,,,,,"Burkhard Sanner","Diezstrasse 15","Giessen",,"Germany","D-6300",,"C-42"
"AL-536","Kavanaugh, 1992","Residential","1988","1600.0000",,"AL",,,"The residence is approx. 30 years old and poorly insulated.  A GSHP was installed in the residence in May 1988, it replaced a gas furnace with a split-system cooling unit.",,"X",,,,,"3.5000",,"Monitored total energy input to the house, heat pump, waterheater, and auxiliary heater, power input, flow rates, and temperatures","Vertical ground-coupled heat pump consisting of 1" U-bend piping.  There are nine boreholes in a series-parallel arrangement.",,"PE","1.0000","X","9","80",,,,,,,,,,"X",,,,"3.4000","9.5000","13672.0000","57",,"$996.2600","18","6.9000","X",,,,"238460.0000",,"8220.0000",,"32066.0000","$1213.5200","Steve Kavanaugh","University of Alabama","Tuscaloosa","AL",,"35487","205-348-1649","A-5"
"AL-306a","Kavanaugh, 1991","Residential","1990","1800.0000","Tuscaloosa","AL",,,"Economic comparison of heating and cooling alternatives based on 1990 energy rates.  There are 11 systems being compared.  Case 1 -GWHP w/ heat recovery unit vs the base gas heat/electric cooling",,,,,,,"3.0000",,"Economic comparison of heating and cooling alternatives","Groundwater HP with heat recovery unit",,,,,,,,,,,"X","1","100","4.0000",,,"X",,,,"11.5000",,,"$1200.0000","$616.0000","32","4.2000",,"X",,,,,,,,"$902.0000","Steve Kavanaugh","University of Alabama","Tascaloosa","AL",,"35487","205-348-1649","A-1"
"AL-306b","Kavanaugh, 1991","Residential","1990","1800.0000","Tuscaloosa","AL",,,"Economic comparison of heating and cooling alternatives based on 1990 energy rates.  There are 11 systems being compared.  Case 2 -Vert GCHP w/ heat recovery unit vs the base gas heat/electric cooling",,,,,,,"3.0000",,"Economic comparison of heating and cooling alternatives","Vertical GCHP with heat recovery unit",,,,"X",,"200",,,,,,,,,,,"X",,,,"12.0000",,,"$2500.0000","$607.0000","33","8.5000",,"X",,,,,,,,"$902.0000","Steve Kavanaugh","University of Alabama","Tascaloosa","AL",,"35487","205-348-1649","A-2"
"AL-306c","Kavanaugh, 1991","Residential","1990","1800.0000","Tuscaloosa","AL",,,"Economic comparison of heating and cooling alternatives based on 1990 energy rates.  There are 11 systems being compared.  Case 3 -Hortz. GCHP with scroll vs the base gas heat/electric cooling",,,,,,,"3.0000",,"Economic comparison of heating and cooling alternatives","Horizontal ground couple loop with a scroll compressor",,,,,,,"X",,"5.0000",,,,,,,,"X",,,,"12.0000",,,"$1900.0000","$634.0000","30","7.1000",,"X",,,,,,,,"$902.0000","Steve Kavanaugh","University of Alabama","Tascaloosa","AL",,"35487","205-348-1649","A-3"
"AL-306d","Kavanaugh, 1991","Residential","1990","1800.0000","Tuscaloosa","AL",,,"Economic comparison of heating and cooling alternatives based on 1990 energy rates.  There are 11 systems being compared.  Case 4 -Vert. GCHP with scroll vs the base gas heat/electric cooling",,,,,,,"3.0000",,"Economic comparison of heating and cooling alternatives","Vertical ground couple loop with a scroll compressor",,,,"X",,,,,,,,,,,,,"X",,,,"14.5000",,,"$2600.0000","$583.0000","35","8.2000",,"X",,,,,,,,"$902.0000","Steve Kavanaugh","University of Alabama","Tascaloosa","AL",,"35487","205-348-1649","A-4"
"AR-045a","Rye,1992","Residential","1990","864.0000","Mt. View","AR",,,"Renovated residential home with geothermal system for heating, cooling and domestic hot water",,,,,,,,,"kWh monitoring of heating, cooling and DHW","GSHP - system type not identified",,,,,,,,,,,,,,,,"X",,,,,,"4932.0000","44",,"$420.0000","44",,"X",,,"8856.0000",,,,,"8856.0000","$753.0000","Douglas G. Rye","3 Anthony Ln.","Mabelvale","AR",,"72103","501-455-2305","A-6"
"AR-045b","Rye,1992","Residential","1990","960.0000","Mt. View","AR",,,"Renovated residential home with geothermal system for heating, cooling and domestic hot water",,,,,,,,,"kWh monitoring of heating, cooling and DHW","GSHP - system type not identified",,,,,,,,,,,,,,,,"X",,,,,,"4020.0000","40",,"$342.0000","40",,"X",,,"6648.0000",,,,,"6648.0000","$565.0000","Douglas G. Rye","3 Anthony Ln.","Mabelvale","AR",,"72103","501-455-2305","A-7"
"AR-045c","Rye,1992","Residential","1991","1008.0000","Mt. View","AR",,,"Renovated residential home with geothermal system for heating, cooling and domestic hot water",,,,,,,,,"kWh monitoring of heating, cooling and DHW","GSHP - system type not identified",,,,,,,,,,,,,,,,"X",,,,,,"5688.0000","53",,"$483.4800","53",,"X",,,"12060.0000",,,,,"12060.0000","$1025.0000","Douglas G. Rye","3 Anthony Ln.","Mabelvale","AR",,"72103","501-455-2305","A-8"
"AR-045d","Rye,1992","Residential","1991","1248.0000","Mt. View","AR",,,"Renovated residential home with geothermal system for heating, cooling and domestic hot water",,,,,,,,,"kWh monitoring of heating, cooling and DHW","GSHP - system type not identified",,,,,,,,,,,,,,,,"X",,,,,,"4716.0000","57",,"$400.8000","57",,"X",,,"11088.0000",,,,,"11088.0000","$943.0000","Douglas G. Rye","3 Anthony Ln.","Mabelvale","AR",,"72103","501-455-2305","A-9"
"AR-045e","Rye,1992","Residential","1991","1008.0000","Mt. View","AR",,,"Renovated residential home with geothermal system for heating, cooling and domestic hot water",,,,,,,,,"kWh monitoring of heating, cooling and DHW","GSHP - system type not identified",,,,,,,,,,,,,,,,"X",,,,,,"3036.0000","44",,"$252.0000","46",,"X",,,"5448.0000",,,,,"5448.0000","$463.0000","Douglas G. Rye","3 Anthony Ln.","Mabelvale","AR",,"72103","501-455-2305","A-10"
"CA-305a","Fleming Group, 1993","Residential","1993","1813.0000","Auburn","CA",,,"Comparison between original gas furnace and electric air conditioner to a computer model with an earth-coupled heat pump system",,,"27.0000",,,,"3.0000","Water Furnace","Computer comparison between actual system usage to computed GSHP usage","Vertical closed-loop, soil type is saturated soil",,"PE","0.7500","X","1","170",,,,,,,,,,,"X",,,"4.3000","15.5000","2902.0000","69","$3660.0000","$365.6500","-11",,"X",,,,"263.0000",,"1430.0000",,"9394.0000","$329.6500","Fleming Group",,,,,,,"A-14"
"CA-305b","Fleming Group, 1993","Residential","1993","1813.0000","Fresno","CA",,,"Comparison between original gas furnace and electric air conditioner to a computer model with an earth-coupled heat pump system",,,"27.0000",,,,"3.0000","Water Furnace","Computer comparison between actual system usage to computed GSHP usage","Vertical closed-loop, soil type is saturated soil",,"PE","0.7500","X","1","153",,,,,,,,,,,"X",,,"4.1000","13.5000","3030.0000","58","$3405.0000","$381.7800","1",,"X",,,,"160.0000",,"2334.0000",,"7180.0000","$385.0500","Fleming Group",,,,,,,"A-15"
"CA-039a","ASW Engineering Management Consultants, 1992","Residential","1992",,"Ft. Irwin","CA",,,"A feasibility study.  151 residential HVAC system options considered - Case 1 package units and propane heaters vs. GSHP",,,,"2591","2344",,,,"No monitored data - feasibility study to evaluate several HVAC systems to ensure the most cost-effective system is implemented","Horizontal ground-coupled heat pump",,,,,,,"X","2000.0000",,,,,,,,,"X",,,,,"12375.0000","72","$6118.0000","$989.9900","42","3.4000",,"X",,,,,"14430.0000","X","44083.0000","$1715.9400","Rene Quinones","Ft. Irwin","Barstow","CA",,,"619-386-3743","A-11"
"CA-039b","ASW Engineering Management Consultants, 1992","Residential","1992",,"Ft. Irwin","CA",,,"A feasibility study.  151 residential HVAC system options considered - Case 2 package units and propane heaters vs. well water and package unit",,,,"2591","2344",,,,"No monitored data - feasibility study to evaluate several HVAC systems to ensure the most cost-effective system is implemented","Ground water system",,,,,,,,,,,"X",,,,,,"X",,,,,"16743.0000","62","$5445.0000","$1534.9800","11",,,"X",,,,,"14430.0000","X","44083.0000","$1715.9400","Rene Quinones","Ft. Irwin","Barstow","CA",,,"619-386-3743","A-12"
"CA-048","ASW Engineering Management Consultants, 1992","Residential","1992","1525.0000","Ft. Irwin","CA",,,"Preliminary results of two residential test projects to identify the energy savings achieved by GSHPs over an AC package unit with propane space heater",,"X",,,,,"4.0000",,"Hourly monitored data - cubic feet of propane gas for furnace and DWH, kWh delivered of all electrical equipment, inside and outside air temp., supply and return temp. of water to DWH tanks.","Two-speed water source heat pump with a heat recovery system",,,,,,,,,,,"X",,,,,"X",,,,,,,,,,,,"X",,,,,,,"X",,,"ASW Engineering","2512 Chambers Road Suite 103","Tustin","CA",,"92680","714-731-1921","A-13"
"CA-305c","Fleming Group, 1993","Residential","1993","1813.0000","Riverside","CA",,,"Comparison between original gas furnace and electric air conditioner to a computer model with an earth-coupled heat pump system",,,"27.0000",,,,"3.0000","Water Furnace","Computer comparison between actual system usage to computed GSHP usage","Vertical closed-loop, soil type is saturated soil",,"PE","0.7500","X","1","125",,,,,,,,,,,"X",,,"4.1000","13.8000","1681.0000","54","$3140.0000","$195.0000","15",,"X",,,,"70.0000",,"1539.0000",,"3663.0000","$228.6500","Fleming Group",,,,,,,"A-16"
"CA-305d","Fleming Group, 1993","Residential","1993","1813.0000","Sacramento","CA",,,"Comparison between original Air Source heat pump to a computer model with an earth-coupled heat pump system",,,"27.0000",,,,"3.0000","Water Furnace","Computer comparison between actual system usage to computed GSHP usage","Vertical closed-loop, soil type is saturated soil",,"PE","0.7500","X","1","133",,,,,,,,,,,"X",,,"4.1000","13.5000","2459.0000","33","$3285.0000","$221.3100","33",,"X",,"3660.0000",,,,,,"3660.0000","$329.4000","Fleming Group",,,,,,,"A-17"
"CA-305f","Fleming Group, 1993","Residential","1993","1813.0000","Truckee","CA",,,"Comparison between original propane furnace and electric air conditioner to a computer model with an earth-coupled heat pump system",,,"27.0000",,,,"3.0000","Water Furnace","Computer comparison between actual system usage to computed GSHP usage","Vertical closed-loop, soil type is saturated soil",,"PE","0.7500","X","1","138",,,,,,,,,,,"X",,,"4.2000","14.3000","4061.0000","70","$3615.0000","$296.4500","55",,"X",,,,,,"799.0000","X","13426.0000","$659.3900","Fleming Group",,,,,,,"A-19"
"CA-305e","Fleming Group, 1993","Residential","1993","1813.0000","Walnut Creek","CA",,,"Comparison between original gas furnace and electric air conditioner to a computer model with an earth-coupled heat pump system",,,"27.0000",,,,"3.0000","Water Furnace","Computer comparison between actual system usage to computed GSHP usage","Vertical closed-loop, soil type is saturated soil",,"PE","0.7500","X","1","88",,,,,,,,,,,"X",,,"4.2000","14.3000","2580.0000","67","$3315.0000","$325.0800","-37",,"X",,,,"227.0000",,"859.0000",,"7736.0000","$237.3100","Fleming Group",,,,,,,"A-18"
"CT-032f","United Illuminating, 1993","Residential","1993",,"Hamden","CT",,,"Monitored ground source heat pump and compared with 7 other homes in the same neighborhood, 2 air-air heat pump homes, 6 ground source heat pump homes",,,,,,,,"Water Furnace","Blower, backup heat, compressor, DWH, indoor and outdoor temps.","Unknown",,,,,,,,,,,,,,,,"X",,,,,,"7700.0000",,,,,,"X",,"6614.0000",,,,,,"6614.0000",,,"United Illuminating","New Haven","CT",,"06506",,"A-37"
"CT-054","Exman, 1992","Residential","1992","2000.0000","New Haven","CT",,,"6 systems comparing theoretical life cycle cost - 2 are gas with AC at 80 and 74% eff., 1 with Furnace Aux. and AC, 2 ASHP with std. and high eff., and 1 GSHP",,,,,,,,,"6 systems compared theoretical life cycle cost - GSHP-20 yr, ASHP-15 yr, and gas-15 yr.","Ground couple heat pump with a closed loop",,,,,,,"X",,,,,,,,,,"X",,,,,"7083.0000","42","$6666.0000","$1191.0000",,,,"X","12137.0000",,,,,,"12137.0000",,"Jan Exman","157 Church St. Box 1564","New Haven","CT",,"06506","203-499-2049","A-40"
"CT-032h","United Illuminating, 1993","Residential","1993",,"North Haven","CT",,,"Monitored ground source heat pump and compared with 7 other homes in the same neighborhood, 2 air-air heat pump homes, 6 ground source heat pump homes",,,,,,,,"Water Furnace","Blower, backup heat, compressor, DWH, indoor and outdoor temps.","Unknown",,,,,,,,,,,,,,,,"X",,,,,,"10864.0000",,,,,,"X",,"6614.0000",,,,,,"6614.0000",,,"United Illuminating","New Haven","CT",,"06506",,"A-39"
"CT-032a","United Illuminating, 1993","Residential","1993",,"Shelton","CT",,,"Monitored ground source heat pump and compared with 7 other homes, 2 air-air heat pump homes, 6 ground source heat pump homes",,,,,,,,"Trane XV-1500","Blower, backup heat, compressor, DHW, indoor and outdoor temps.","Unknown",,,,,,,,,,,,,,,,"X",,,,,,"5081.0000","23",,,,,"X",,"6614.0000",,,,,,"6614.0000",,,"United Illuminating","New Haven","CT",,"06506",,"A-34"
"CT-032b","United Illuminating, 1993","Residential","1993",,"Shelton","CT",,,"Monitored ground source heat pump and compared with 7 other homes, 2 air-air heat pump homes, 6 ground source heat pump homes",,,,,,,,"Water Furnace","Blower, backup heat, compressor, DHW, indoor and outdoor temps.","Unknown",,,,,,,,,,,,,,,,"X",,,,,,"6320.0000","4",,,,,"X",,"6614.0000",,,,,,"6614.0000",,,"United Illuminating","New Haven","CT",,"06506",,"A-35"
"CT-032d","United Illuminating, 1993","Residential","1993",,"Shelton","CT",,,"Monitored ground source heat pump and compared with 7 other homes in the same neighborhood, 2 air-air heat pump homes, 6 ground source heat pump homes",,,,,,,,"Climate Master","Blower, backup heat, compressor, DHW, indorr and outdoor temps.","Unknown",,,,,,,,,,,,,,,,"X",,,,,,"3763.0000","43",,,,,"X",,"6614.0000",,,,,,"6614.0000",,,"United Illuminating","New Haven","CT",,"06506",,"A-36"
"CT-032g","United Illuminating, 1993","Residential","1993",,"Trumbull","CT",,,"Monitored ground source heat pump and compared with 7 others in the same neighborhood, 2 air-air heat pump homes, 6 ground source heat pump homes",,,,,,,,"Water Furnace","Blower, backup heat, compressor, DWH, indoor and outdoor temps.","Unknown",,,,,,,,,,,,,,,,"X",,,,,,"8349.0000",,,,,,"X",,"6614.0000",,,,,,"6614.0000",,,"United Illuminating","New Haven","CT",,"06506",,"A-38"
"FL-307","Porter, 1991","Residential","1991","2660.0000","North Creek","FL",,,"Energy smart home built by Philip Russell.  Has an Energy Performance index of 24.9.  It has a heat recovery ventilator, electronic air cleaner, passive solar gain, plus numerous energy conserving","X",,,,,,,"Water Furnace","Monthly energy bills","Closed-loop geothermal heat pump",,,,,,,,,,,,,,,,"X",,,,"4.5000","20.0000",,,,"$780.0000",,,,,,,,,,,,,"Philip Russell","535 East Ten Mile Road","Pensacola","FL",,"32514","800-477-9789","A-41"
"GA-537a","Kavanaugh, 1992","Residential","1992",,"Atlanta","GA",,,"A bin analysis was performed using Atlanta weather data.  Four systems were evaluated.  Case 1- Single speed ASHP vs. GSHP",,,,,,,"3.0000",,"No monitored data- bin analysis","Vertical U-bend ground-coupling.  The bore lengths are 600 ft",,,"1.0000","X",,"600",,,,,,,,,,,"X",,,"4.4500","15.2000","6067.0000","42",,"$485.0000","42",,,"X","10477.0000",,,,,,"10477.0000","$838.0000","Steve Kavanaugh","University of Alabama","Tuscaloosa","AL",,"35487","205-348-1649","A-42"
"GA-537b","Kavanaugh, 1992","Residential","1992",,"Atlanta","GA",,,"A bin analysis was performed using Atlanta weather data.  Four systems were evaluated.  Case 2- oil furnace with DX air cooling vs. GSHP",,,,,,,"3.0000",,"No monitored data- bin analysis","Vertical U-bend ground-coupling.  The bore lengths are 600 ft",,,"1.0000","X",,"600",,,,,,,,,,,"X",,,"4.4500","15.2000","6067.0000","74",,"$485.0000","25",,,"X",,,,"61.6000","4269.0000",,"22934.0000","$650.0000","Steve Kavanaugh","University of Alabama","Tuscaloosa","AL",,"35487","205-348-1649","A-43"
"GA-537c","Kavanaugh, 1992","Residential","1992",,"Atlanta","GA",,,"A bin analysis was performed using Atlanta weather data.  Four systems were evaluated.  Case 3- Variable speed ASHP vs. GSHP",,,,,,,"3.0000",,"No monitored data- bin analysis","Vertical U-bend ground-coupling.  The bore lengths are 600 ft",,,"1.0000","X",,"600",,,,,,,,,,,"X",,,"4.4500","15.2000","6067.0000","20",,"$485.0000","20",,,"X","7536.0000",,,,,,"7536.0000","$603.0000","Steve Kavanaugh","University of Alabama","Tuscaloosa","AL",,"35487","205-348-1649","A-44"
"GA-553","Akridge, 1989","Residential","1986","2600.0000","Atlanta","GA",,,"This residence consists of a vertical ground coupled system with a house-side exchanger consisting of 46 concrete panels through which earth-cooled water is circulated.",,,"15.0000",,,,,,"Monitored Energy consumed by the heat pump, wall pump, and well pump.  Energy from the water and energy loss from the house.","Vertical ground-coupled system with 3 boreholes connected in series.",,"PE","1.5000","X","3","150",,,,,,,,,,"X",,,,"3.0800","10.5000","18100.0000","49",,,,,"X",,"35800.0000",,,,,,"35800.0000",,,,,,,,,"A-45"
"ID-300","Briggs, 1977","Residential","1977",,,"ID",,,"Using a computer model an analysis of seasonal heat pump performance in a typical northern U.S. environment (8000 DDH) was performed for several typical air- and water- source heat pumps.",,,,,,,,,"Computer model, evaluates the heat pump performance for a given environment on an hourly basis",,,,,,,,,,,,,,,,,,"X",,,,,,,,,,,,"X",,,,,,,,,"J. B. Briggs","EG&G Idaho, Inc.",,"ID",,,,"A-50"
"ID-023","Den Braven, 1992;  Den Braven, 1994","Residential","1989","3500.0000","Moscow","ID",,"83843","An experimental single-family two story residence, called the Idaho/E-Con-Tech house was built to surpass the "Super Good Cents" standards.","X",,,,,,"3.0000","Command-Aire","40 thermocouples installed in the soil, fluid supply & return temp., flow meters in each fluid stream and elect. power meters record each sub-system.","Horizontal ground-couple of 1,000 ft beneath house, 250 ft along a sewer trench, and 400 ft under garage slab floor.","51.3000","PE","1.0000",,,,"X","70.0000",,"4",,,,,,"X",,,,"2.8000",,"9170.0000","71",,,,,,"X",,"31150.0000",,,,,"31150.0000",,"K. Den Braven","Univ. of Idaho","Moscow","ID",,"83843","208-885-6479","A-49"
"IL-537d","Kavanaugh, 1992","Residential","1992",,"Chicago","IL",,,"A bin analysis was performed using Chicago weather data.  Four systems were evaluated.  Case 1- Single speed ASHP vs. GSHP",,,,,,,"3.5000",,"No monitored data- bin analysis","Vertical U-bend ground-coupling.  The bore lengths are 700 ft",,,"1.0000","X",,"700",,,,,,,,,,,"X",,,"4.3700","14.9000","9123.0000","51",,"$729.0000","51",,,"X","18500.0000",,,,,,"18500.0000","$1480.0000","Steve Kavanaugh","University of Alabama","Tuscaloosa","AL",,"35487","205-348-1649","A-51"
"IL-537e","Kavanaugh, 1992","Residential","1992",,"Chicago","IL",,,"A bin analysis was performed using Chicago weather data.  Four systems were evaluated.  Case 2- oil furnace with DX air cooling vs. GSHP",,,,,,,"3.5000",,"No monitored data- bin analysis","Vertical U-bend ground-coupling.  The bore lengths are 700 ft",,,"1.0000","X",,"700",,,,,,,,,,,"X",,,"4.3700","14.9000","9123.0000","78",,"$729.0000","16",,,"X",,,,"130.6000","2715.0000",,"42286.0000","$870.0000","Steve Kavanaugh","University of Alabama","Tuscaloosa","AL",,"35487","205-348-1649","A-52"
"IL-537f","Kavanaugh, 1992","Residential","1992",,"Chicago","IL",,,"A bin analysis was performed using Chicago weather data.  Four systems were evaluated.  Case 3- Variable speed ASHP vs. GSHP",,,,,,,"3.5000",,"No monitored data- bin analysis","Vertical U-bend ground-coupling.  The bore lengths are 700 ft",,,"1.0000","X",,"700",,,,,,,,,,,"X",,,"4.3700","14.9000","9123.0000","32",,"$729.0000","32",,,"X","13488.0000",,,,,,"13488.0000","$1079.0000","Steve Kavanaugh","University of Alabama","Tuscaloosa","AL",,"35487","205-348-1649","A-53"
"IN-031",,"Residential","1985",,,"IN",,,"Monitored 30 ground-source heat pump homes, 157 all electric homes and 25 air-source heat pump homes.",,,,,,,"4.0000",,"Peak demand (kW) monitored for total electric/AC (157 customers), air-source heat pumps (25 customers), and ground-source heat pumps (30 customers).","Ground coupled heat pumps are not distinguished as to type.",,,,,,,,,,,,,,,,"X",,,,,,"20661.0000","12",,,,,"X",,"23393.0000",,,,,,"23393.0000",,,,,,,,,"A-54"
"IN-042","PSI, 1990","Residential","1988",,"Carmel","IN",,,"Walden Pond subdivision in Carmel Indiana.  Pre-installation of horizontal and vertical systems within the subdivision for lower ground-loop installed costs.",,,,,,,,,,"Vertical and horizontal ground source heat pumps","54.0000","PE","0.7500","X","3","150","X","478.0000","6.0000","4",,,,,,,"X",,,"3.0000","9.5000",,,"$2860.0000",,,,,,,,,,,,,,"M. C. Lyle","1000 East Main Street","Plainfield","IN",,,,"A-55"
"IN-055a","IPL, 1993","Residential","1984","3400.0000","Indianapolis","IN",,"46206","Data on open loop pumps from well and dumps into lake and closed loop in the lake.  The homes are next door to each other.",,,,"5298","1051",,"3.0000","Carrier","Monitored kWh from 3/30/84 to 6/2/88 for heat pump and well pump, resistance back-up, total house, and general services","Groundwater heat pump; pumps from well and dumps into lake",,,,,,,,,,,"X",,,,,"X",,,,,,"17480.0000",,,,,,,,,,,,,,,,"Indianapolis P&L","Box 1595B","Indianapolis","IN",,"46206",,"A-56"
"IN-055b","IPL, 1993","Residential","1984","3100.0000","Indianapolis","IN",,"46206","Data on open loop pumps from well and dumps into lake and closed loop in the lake.  The homes are next door to each other.",,,,"5298","1051",,"3.0000","Friedrich","Monitored kWh from 3/30/84 to 6/2/88 for heat pump and well pump, resistance back-up, total house, and general services","Groundwater heat pump; closed loop in the lake",,,,,,,"X",,,,,,,,,"X",,,,,,"15250.0000",,,,,,,,,,,,,,,,"Indianapolis P&L","Box 1595B","Indianapolis","IN",,"46206",,"A-57"
"KY-017","CEED, 1993","Residential","1990","2100.0000",,"KY",,,"Averages of 69 homes monitored by East Kentucky Power Cooperative to determine energy use patterns, part of EUTAP program.",,,,"4814","1170",,"3.0000",,"Energy meter (kWh) on heat pump, water heater and whole house for both GSHP  and ASHP on an hourly basis. GSHP rep. 25 homes & ASHP rep. 37 homes.","Mostly horizontal, some vertical",,,,,,,,,,,,,,,,"X",,,,,,"7631.0000","32",,"$572.3300","32",,"X",,"11175.0000",,,,,,"11175.0000","$838.1300","J. Lemmerhirt","121 W. Salmon","Portland","OR",,"97204","505-464-2299","A-58"
"KY-058b","Biletch, 1993","Residential","1993","2900.0000",,"KY",,,,,,,,,,"3.5000",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"Bob Biletch","121 S.W. Salmon Suite 1100","Portland","OR",,"97204","503-274-4139","A-59"
"KY-538a","WaterFurnace, 1990","Residential","1990",,"Lexington","KY",,,"This is a WaterFurnace energy analysis comparing a vertical GSHP system to natural gas  for new contruction.","X",,,,,,,"WaterFurnace","No monitored data- energy analysis","Vertical ground-coupled heat pump consisting of .75" PE U-bend piping.","43.2000","PE","0.7500","X",,"540",,,,,,,,,,,"X","2167.0000","1063.0000","3.6500","15.6000","6067.0000","71","$8500.0000","$769.0000","15",,,"X",,,"1190.0000",,"4814.0000",,"40871.0000","$908.0000",,,,,,,,"A-60"
"KY-538b","WaterFurnace, 1990","Residential","1990",,"Lexington","KY",,,"This is a WaterFurnace energy analysis comparing  a vertical GSHP system and an air source variable speed system for a retrofit (cash purchase).",,"X",,,,,,"WaterFurnace","No monitored data- energy analysis","Vertical ground-coupled heat pump consisting of .75" PE U-bend piping.","43.2000","PE","0.7500","X",,"540",,,,,,,,,,,"X","2167.0000","1063.0000","3.6500","15.6000","6067.0000","38","$8500.0000","$769.0000","38","6.2500",,"X","19211.0000",,,,,,"19211.0000","$1249.0000",,,,,,,,"A-61"
"KY-538c","WaterFurnace, 1990","Residential","1990",,"Lexington","KY",,,"This is a WaterFurnace energy analysis with a vertical GSHP system.  The heat pump is a WaterFurnace WX041.",,,,,,,,"WaterFurnace","No monitored data- energy analysis","Vertical ground-coupled heat pump consisting of .75" PE U-bend piping.","45.1000","PE","0.7500","X",,"595",,,,,,,,,,,"X","1747.0000","967.0000","3.1500","11.5000","13473.0000",,,,,,,,,,,,,,,,,,,,,,,"A-62"
"LA-036a","Braud, 1990","Residential","1984",,"Baton Rouge","LA",,,"A feasibility study.  An analysis including installation and operating costs for electric, gas, ASHP, and GCHP.  First case GCHP vs. electric.",,,,,,,"3.0000",,"No monitored data - feasibility study based on weather data","Vertical ground-coupled heat pump",,,,"X",,,,,,,,,,,,,"X",,,"4.0100","11.1000",,,"$4730.0000","$969.0000","44",,,"X",,,,,,,,"$1740.0000","Harry Braud","Louisiana State University",,"LS",,,"504-388-1061","A-64"
"LA-036b","Braud, 1990","Residential","1984",,"Baton Rouge","LA",,,"A feasibility study.  An analysis including installation and operating costs for electric, gas, ASHP, and GCHP.  Second case GCHP vs. gas furnace",,,,,,,"3.0000",,"No monitored data - feasibility study based on weather data","Vertical ground-coupled heat pump",,,,"X",,,,,,,,,,,,,"X",,,"4.0100","11.1000",,,"$4730.0000","$969.0000","25",,,"X",,,,,,,,"$1294.0000","Harry Braud","Louisiana State University",,"LS",,,"504-388-1061","A-65"
"LA-036c","Braud, 1990","Residential","1984",,"Baton Rouge","LA",,,"A feasibility study.  An analysis including installation and operating costs for electric, gas, ASHP, and GCHP.  Third case GCHP vs. ASHP",,,,,,,"3.0000",,"No monitored data - feasibility study based on weather data","Vertical ground-coupled heat pump",,,,"X",,,,,,,,,,,,,"X",,,"4.0100","11.1000",,,"$4730.0000","$969.0000","26",,,"X",,,,,,,,"$1308.0000","Harry Braud","Louisiana State University",,"LS",,,"504-388-1061","A-66"
"LA-036d","Braud, 1990","Residential","1984",,"Baton Rouge","LA",,,"A feasibility study.  An analysis including installation and operating costs for electric, gas, ASHP, and GCHP.  Fourth case GCHP vs. gas furnace",,,,,,,"3.0000",,"No monitored data - feasibility study based on weather data","Vertical ground-coupled heat pump",,,,"X",,,,,,,,,,,,,"X",,,"4.0100","11.1000",,,"$4730.0000","$969.0000","8",,,"X",,,,,,,,"$1058.0000","Harry Braud","Louisiana State University",,"LS",,,"504-388-1061","A-67"
"LA-025","Udea, 1983","Residential","1989","1600.0000","Ft. Polk","LA",,,"10 homes on military base were monitored, 1889 HDD, design cooling temp = 94F and heating 27F.",,,"27.0000","1889",,,"3.0000",,"Unitary heat pump, circ. pump for the ground loop, desuperheater and hot water heater.","Vertical ground-coupled with two wells per residence.",,"PE","1.0000","X","2","200",,,,,,,,,,"X",,,,"3.5000",,"11900.0000",,"$7800.0000","$355.0000","40","6.8000",,"X",,,,,,,,"$595.0000","G. Phetteplace","U.S. Army Cold Reg. R & E Lab.","Hanover","NH",,"03755","603-646-4248","A-63"
"LS-302","Braud, 1986","Residential","1982","2100.0000",,"LS",,,"This residence was originally equipped with gas heat and air conditioning.  It was retorfit in 1982 with a ground-coupled heat pump.",,"X",,,,"Water",,,"Monitored monthly electric and gas usage from 1979-1985","Ground-coupled heat pump",,,,,,,"X",,,,,,,,,"X",,,,,,"22459.0000","33","$2100.0000","$1797.0000","25",,"X",,,,"169.0000",,"28203.0000",,"33324.0000","$2382.9900","H.J. Braud","Louisiana State University",,"LS",,,"504-388-3153","A-68"
"MD-301a","GEOsystems, 1985","Residential","1981","2564.0000","Damascus","MD",,,"This residence known as EER II.  It was built and monitored by the National Association of Home Builders Research Foundation (NAHBRF).","X",,,,,,,,"Monitored energy output","Closed loop geothermal well.",,,,,,,,,,,"X","1",,,,"X",,,,,,"2852.0000","79","$1560.0000","$151.1800","79","2.7000",,"X",,"13796.0000",,,,,"13796.0000","$732.0000","GEOsystems","3623 North Park Drive","Stillwater","OK",,"74075","405-372-6851","A-69"
"MN-018","Connett, 1990","Residential","1989","2800.0000","Stanchfield","MN",,,"Vertical ground-coupled heat pump",,,"-18.0000","6884","714",,"4.0000","Command-Aire","Hourly on loop temperature supply and return, inside temp., outside temp., runtime, compressor kWh,","Vertical with 5 boreholes",,"PB","1.0000","X","5","150",,,,,,,,,,"X",,,,,,"12182.0000","30","$6700.0000","$730.8800","30",,,"X","17476.0000",,,,,,"17476.0000","$1049.0000","G. Connett","P.O. Box 800","Elk River","MN",,"55330","612-441-3121","A-70"
"MN-020","Connett, 1992","Residential","1990","3000.0000","Vadnais Heights","MN",,,"Sprial "slinky" loop",,,"-16.0000","8900","714",,"3.5000","ECONAR","Same as CS-18, runtime NA.","Horizontal spiral loop",,"PE",,,,,"X","3000.0000","4.5000",,,,,,,"X",,,,,,"8407.0000",,,"$504.4000",,,,,,,,,,,,,"G. Connett","P.O. Box 800","Elk River","MN",,"55330","612-441-3121","A-72"
"MN-019","Connett, 1990","Residential","1989","2800.0000","Zimmerman","MN",,,"Horizontal ground-coupled heat pump",,,"-13.0000","7372","699",,"5.0000","Climate Master","Same as CS-18. Water temperattures show horizontal following outside air temps much more closely in the horizontal system than the vertical.","Horizontal",,"PE","1.5000",,,,"X","500.0000","6.0000","2",,,,,,"X",,,,,,"14205.0000","12","$6500.0000","$852.2900","12",,,"X","16037.0000",,,,,,"16037.0000","$962.2100","G. Connett","P.O. Box 800","Elk River","MN",,"55330","612-441-3121","A-71"
"MO-304","Myers, 1989","Residential","1989",,,"MO",,,"Shows 106 residential units located in the Sac Osage Electric Cooperative service area that uses geothermal heat pumps (96 GCHP and 10 groundwater).  The capacity ranges from 2.0 to 5.0 tons.",,,,,,,,,"Monitored monthly kWh useage","106 GCHP units, 10 Groundwater systems",,,,,,,,,,,,,,,,"X",,,,,,"7068.0000",,,"$277.2300",,,,,,,,,,,,,"Harold Myers","Sac Osage Elec. Coop. Box 111","El Dorado Sprin","MO",,"64744","417-876-2721","A-74"
"MO-301b","GEOsystems, 1985","Residential","1982","2505.0000","Kanas City","MO",,,"This residence was built under Department of Energy/Mid-American Solar Energy Complex Corp. contract DE-AC02-82CH10101.  NAHBRF monitored it for 9 months","X",,,,,"Water",,,"Monitored energy output","Closed loop heat exchange coil submerged in several feet of water in a nearby pond",,,,,,,"X",,,,,,,,,"X",,,,"3.3000","10.3800","6262.0000",,,"$313.0000",,,,,,,,,,,,,"GEOsystems","3623 North Park Drive","Stillwater","OK",,"74075","405-372-6851","A-73"
"MS-137","Graham, 1993","Residential","1984",,,"MS",,,"An electric utility in SE Mississippi conducted a 2 year study of 40 homes with heat pump systems.  The research project compares closed-loop GSHP to an ASHP plus electric water heater.",,"X",,,,,,,"A research project","Ground source heat pump",,,,,,,,,,,,,,,,"X",,,,,,"5814.0000","54",,,,,"X",,"12640.0000",,,,,,"12640.0000",,"Rick Graham","2992 West Beach Boulevard","Gulfport","MS",,"39502","601-864-1211","A-176"
"MS-033a","PEPA, 1993","Residential","1992","1596.0000","Pontotoc","MS",,,"Monitored ground source heat pump and compared with 6 other residential systems - 5 GSHP and 2 ASHP",,,,,,,,"Florida Heat Pu","Monthly heat pump kWh, cost per month and day, winter and summer degree days","Unknown",,,,,,,,,,,,,,,,"X",,,,,,"7483.0000","-13",,"$416.0000",,,,,,,,,,,,,,"Pontotoc Electric Power Assoc.","Pontotoc","MS",,"38863",,"A-75"
"MS-033b","PEPA, 1993","Residential","1992","1759.0000","Pontotoc","MS",,,"Monitored ground source heat pump and compared with 6 other residential systems - 5 GSHP and 2 ASHP",,,,,,,,"Water Furnace","Monthly heat pump kWh, cost per month and day, winter and summer degree days","Unknown",,,,,,,,,,,,,,,,"X",,,,,,"4453.0000",,,"$248.0000",,,,,,,,,,,,,,"Pontotoc Electric Power Assoc.","Pontotoc","MS",,"38863",,"A-76"
"MS-033c","PEPA, 1993","Residential","1992","2200.0000","Pontotoc","MS",,,"Monitored ground source heat pump and compared with 6 other residential systems - 5 GSHP and 2 ASHP",,,,,,,,,"Monthly heat pump kWh, cost per month and day, winter and summer degree days","Unknown",,,,,,,,,,,,,,,,"X",,,,,,"6972.0000",,,"$388.0000",,,,,,,,,,,,,,"Pontotoc Electric Power Assoc.","Pontotoc","MS",,"38863",,"A-77"
"MS-033d","PEPA, 1993","Residential","1992","2490.0000","Pontotoc","MS",,,"Monitored ground source heat pump and compared with 6 other residential systems - 5 GSHP and 2 ASHP",,,,,,,,"Water Furnace","Monthly heat pump kWh, cost per month and day, winter and summer degree days","Unknown",,,,,,,,,,,,,,,,"X",,,,,,"6461.0000",,,"$360.0000",,,,,,,,,,,,,,"Pontotoc Electric Power Assoc.","Pontotoc","MS",,"38863",,"A-78"
"MS-033e","PEPA, 1993","Residential","1992","2034.0000","Pontotoc","MS",,,"2-story residence Monitored 2 air source heat pumps and compared with 6 other residential systems - 5 GSHP and 2 ASHP",,,,,,,,"Trane XL 1200","Monthly heat pump kWh, cost per month and day, winter and summer degree days","Unknown",,,,,,,,,,,,,,,,"X",,,,,,"16535.0000",,,"$919.0000",,,,,,,,,,,,,,"Pontotoc Electric Power Assoc.","Pontotoc","MS",,"38863",,"A-79"
"MS-033f","PEPA, 1993","Residential","1992","1876.0000","Pontotoc","MS",,,"Monitored ground source heat pump and compared with 6 other residential systems - 5 GSHP and 2 ASHP",,,,,,,,"Florida Heat Pu","Monthly heat pump kWh, cost per month and day, winter and summer degree days","Unknown",,,,,,,,,,,,,,,,"X",,,,,,"2884.0000",,,"$161.0000",,,,,,,,,,,,,,"Pontotoc Electric Power Assoc.","Pontotoc","MS",,"38863",,"A-80"
"MS-033g","PEPA, 1993","Residential","1992","1615.0000","Pontotoc","MS",,,"Monitored air source heat pump and compared with 6 other residential systems - 5 GSHP and 2 ASHP",,,,,,,"3.0000","Trane XV-1500","Monthly heat pump kWh, cost per month and day, winter and summer degree days","Unknown",,,,,,,,,,,,,,,,"X",,,,,,"5220.0000",,,"$290.0000",,,,,,,,,,,,,,"Pontotoc Electric Power Assoc.","Pontotoc","MS",,"38863",,"A-81"
"MT-022","Jackson, 1989","Residential","1988","2000.0000","Kalispell","MT",,,"The Montana House is a two-story residence with three bedrooms, 1.5 bathrooms, and an attached two-car garage insulated to Super Good Cents values.","X",,"-7.0000","8000",,"Methanol","3.0000","Climate Master","Hourly data acquisition of air temps., loop temp., far and near field ground temp., flow, desuperheater flow, and energy for house tot., heat pump, DHW, auxillary space heat and other uses.","Horizontal -  two pipes are laid 2.5 ft apart in two 250 foot trenches.",,"PB","1.5000",,,,"X","500.0000","6.0000","2",,,,,,"X",,"1736.0000",,"2.5000",,"4290.0000","55",,"$213.0000","55","6.8000",,"X",,"9630.0000",,,,,"9630.0000","$481.0000","K. Anderson","920 S.W. Sixth Ave.","Portland","OR",,"97204","503-464-5000","A-82"
"MT-554","Mauder, April 1995","Residential","1993","1886.0000","Missoula","MT",,"59802","In the Mullan Trail Subdivision the performance of 40 vertical bored closed loop GSHP systems are being monitored.The information enclosed covers the averages of 13 of the 40 houses.
","X",,"-13.0000",,,"20% menthanol","2.5000","Climate Master","20 of the houses are multi-metered.  These houses are equipped with kWh meters on the GSHP, strip heat, water heater and whole house utility meter.  10 of the houses are partially metered, and the other 10 are single monitore","The houses are on vertical loops.  The 2.0 and 2.5 ton units consist of 4 loops each 100 ft. deep.  The larger systems have 6 loops, each 100 ft. deep.",,,,"X","4","100",,,,,,,,,,"X",,,,"2.7000",,"10260.0000",,,"$523.0000",,,,,,,,,,,,,"Jim Mauder","1700 W. Broadway","Missoula","MT",,"59802","406-721-4433",
"NC-186","Edwards, 1988","Residential","1984",,,"NC",,,"Performance results from an Ground Loop Heat Exchanger Concentrator with the results compared to 5 other systems - Horizontal pipe, pebble bed, surface tank, closed loop vertical well, and an ASHP",,,,,,,,,"Refrigerant pressure at 4 locations, temperature at 6 locations, electrical consumption with a kilowatt hour meter, and a Watt reading obtained from an in-line watt transducer","Ground loop heat exchanger concentrator consisting of 170 ft of 7/8 in OD copper that is immersed in a water bath.",,,,,,,"X",,,,,,,,,"X",,,,"4.2000",,,"36",,,,,"X",,,,,,,,,,"J.A. Edwards","Applied Energy Research Lab.",,,,,,"A-178"
"NC-544","Edwards, 1985","Residential","1984",,,"NC",,,"This is a study concerning the heat transfer to and from the soil obtained with tubular heat transfer coils.  Each coil was fabricated from 2 in. cast iron pipe.",,,,,,"Glycol",,,"Monitored the temperature at various locations around the ground loop, electrical energy to heat pumps and circulation pump along with flow rate, ambient air temp, and incident solar radiation.","Horizontal ground-coupled heat exchanger.  Each heat exchanger was placed in a trench 7 ft wide by 3.5 ft deep and 48 ft long.  Both trenches were lined with 4 mil polyethylene film.",,"Cast iron","2.0000",,,,"X","45.0000","2.7500","3",,,,,,"X",,,,,,,,,,,,,,,,,,,,,,"John Edwards","North Carolina State University",,,,,,"A-179"
"NC-552a","Johnson, 1985","Residential","1985",,,"NC",,,"This report covers the seasonal coefficients of performances of three different systems.  Case 1- vertical heat exchanger in a deep well.",,,,"2268","1123",,"1.0000",,"Monitored temp. and flow rates for the ground-coupling, ambient temp. and ground temps.","Vertical heat exchanger in a 220 ft well.  It has 6 in. in diameter with a 1 in. PVC pipe extended to only 180 ft.  There are also 3- 1in. copper tubes at a length of 100 ft which is the heat exchanger.",,,"1.0000","X","1","220",,,,,,,,,,"X",,,,"3.5000","9.6000",,,,,,,"X",,,,,,,,,,,,,,,,,"A-181"
"NC-552c","Johnson, 1985","Residential","1985",,,"NC",,,"This report covers the seasonal coefficients of performances of three different systems.  Case 1- vertical heat exchanger in a deep well.",,,,"2268","1123",,"1.0000",,"Monitored temp. and flow rates for the ground-coupling, ambient temp. and ground temps.","A buried, but shallow, surface-tank.  It is 3 to 6 ft wide by 1.5 ft deep, and 50 ft long with plastic-lined, sloping walls.",,,,,,,,,,,,,,,,"X",,,,"2.6000","8.2000",,,,,,,"X",,,,,,,,,,,,,,,,,"A-183"
"ND-527f","Mathen, 1984","Residential",,,"Berlin","ND",,,"This is a rural residence with a 4-ton groundwater system.  It has nonreversing direct cooling and uses a recharge well for water disposal.",,,,,,,"4.0000",,"Monitored energy transfer between water and heat coil, total water flow, electric energy consumed by compressor, in and out water temp. for heat pump, inlet water temp. for manual readings, etc.","Groundwater sytem with a nonreversing pump and direct cooling","46.0000",,,,,,,,,,"X","2","140",,"8.0000","X",,,,"1.7500",,,,,,,,,,,,,,,,,,"Don V. Mathen","Engineering Experiment Station","Grand Forks","ND",,"58202",,"A-88"
"ND-527b","Mathen, 1984","Residential",,,"Carrington","ND",,,"This is a rural residence and office with a 5-ton groundwater system.  It has a reversing pump and uses a drain field for water disposal.",,,,,,,"5.0000",,"Monitored energy transfer between water and heat coil, total water flow, electric energy consumed by compressor, in and out water temp. for heat pump, inlet water temp. for manual readings, etc.","Groundwater sytem with a reversing pump","48.0000",,,,,,,,,,"X","1","85",,"18.0000","X",,,,,,,,,,,,,,,,,,,,,,"Don V. Mathen","Engineering Experiment Station","Grand Forks","ND",,"58202",,"A-84"
"ND-527h","Mathen, 1984","Residential",,,"Ellendale","ND",,,"This is a rural residence with a 3-ton groundwater system.  It has a reversing pump and uses the surface well for water disposal.",,,,,,,"3.0000",,"Monitored energy transfer between water and heat coil, total water flow, electric energy consumed by compressor, in and out water temp. for heat pump, inlet water temp. for manual readings, etc.","Groundwater sytem with a reversing pump.  Artesian well.","68.0000",,,,,,,,,,"X","1","1500",,"8.0000","X",,,,"2.5700",,,,,,,,,,,,,,,,,,"Don V. Mathen","Engineering Experiment Station","Grand Forks","ND",,"58202",,"A-90"
"ND-527c","Mathen, 1984","Residential",,,"Jamestown","ND",,,"This is a rural residence with a 4-ton groundwater system.  It has reversing pump and uses Coulee bank water disposal.",,,,,,,"4.0000",,"Monitored energy transfer between water and heat coil, total water flow, electric energy consumed by compressor, in and out water temp. for heat pump, inlet water temp. for manual readings, etc.","Groundwater sytem with a reversing pump","44.0000",,,,,,,,,,"X","1","140",,"11.0000","X",,,,"2.0100",,,,,,,,,,,,,,,,,,"Don V. Mathen","Engineering Experiment Station","Grand Forks","ND",,"58202",,"A-85"
"ND-527d","Mathen, 1984","Residential",,,"Larimore","ND",,,"This is a city residence with a 3-ton groundwater system.  It has nonreversing direct cooling and uses a recharge well for water disposal.",,,,,,,"3.0000",,"Monitored energy transfer between water and heat coil, total water flow, electric energy consumed by compressor, in and out water temp. for heat pump, inlet water temp. for manual readings, etc.","Groundwater sytem with a nonreversing pump and direct cooling","43.0000",,,,,,,,,,"X","3","25",,"8.0000","X",,,,"2.5300",,,,,,,,,,,,,,,,,,"Don V. Mathen","Engineering Experiment Station","Grand Forks","ND",,"58202",,"A-86"
"ND-527j","Mathen, 1984","Residential",,,"Linton","ND",,,"This is a rural residence with a 3-ton groundwater system.  It has a reversing pump and uses the water for livestock watering for water disposal.",,,,,,,"3.0000",,"Monitored energy transfer between water and heat coil, total water flow, electric energy consumed by compressor, in and out water temp. for heat pump, inlet water temp. for manual readings, etc.","Groundwater sytem with a reversing pump.  Artesian well","72.0000",,,,,,,,,,"X","1","2440",,"5.0000","X",,,,"2.3800",,,,,,,,,,,,,,,,,,"Don V. Mathen","Engineering Experiment Station","Grand Forks","ND",,"58202",,"A-91"
"ND-527a","Mathen, 1984","Residential",,,"Northwood","ND",,,"This is a city residence with a 4-ton groundwater system.  It has nonreversing direct cooling and uses a recharge well for water disposal.",,,,,,,"4.0000",,"Monitored energy transfer between water and heat coil, total water flow, electric energy consumed by compressor, in and out water temp. for heat pump, inlet water temp. for manual readings, etc.","Groundwater sytem with a nonreversing pump and direct cooling","46.0000",,,,,,,,,,"X","3","25",,"8.5000","X",,,,"1.9700",,,,,,,,,,,,,,,,,,"Don V. Mathen","Engineering Experiment Station","Grand Forks","ND",,"58202",,"A-83"
"ND-527e","Mathen, 1984","Residential",,,"Northwood","ND",,,"This is a city residence with a 2-ton groundwater system.  It has a reversing pump and uses a recharge well for water disposal.",,,,,,,"2.0000",,"Monitored energy transfer between water and heat coil, total water flow, electric energy consumed by compressor, in and out water temp. for heat pump, inlet water temp. for manual readings, etc.","Groundwater sytem with a reversing pump","46.0000",,,,,,,,,,"X","3","25",,"7.7000","X",,,,"1.6800",,,,,,,,,,,,,,,,,,"Don V. Mathen","Engineering Experiment Station","Grand Forks","ND",,"58202",,"A-87"
"ND-527g","Mathen, 1984","Residential",,,"Sykeston","ND",,,"This is a rural residence with a 4-ton groundwater system.  It has nonreversing direct cooling and uses a recharge well for water disposal.",,,,,,,"4.0000",,"Monitored energy transfer between water and heat coil, total water flow, electric energy consumed by compressor, in and out water temp. for heat pump, inlet water temp. for manual readings, etc.","Groundwater sytem with a nonreversing pump and direct cooling","54.0000",,,,,,,,,,"X","2","300",,"8.0000","X",,,,"2.1800",,,,,,,,,,,,,,,,,,"Don V. Mathen","Engineering Experiment Station","Grand Forks","ND",,"58202",,"A-89"
"NE-171b","Anderson, 1992","Residential","1985","1830.0000","Aurora","NE",,,"Residential home with a ground source heat pump, R30 Ceiling insulation factor and R19 wall insulation factor, and concept fiberglass home",,,,,,,"3.0000","Carrier","Meters installed to measure the energy consumption of the heat pump unit, the supplemental heat and the indoor fan.  Home is equipped with an electric water heater","Open-loop Earth coupled heat pump",,,,,,,,,,,"X",,,,,"X",,,,,,"5749.0000",,,"$180.0000",,,,,,,,,,,,,"Clifford Anderson","General Office, Box 499","Columbus","NE",,"68602","402-564-8561","A-98"
"NE-123a","Schoen, 1993","Residential","1984","5200.0000","Elkhorn","NE",,,"4 residential homes equipped with water-source heat pumps in Nebraska.  Data complied by OPPD",,,,,,,,,"Energy data complied by OPPD","Vertical ground coil",,,,"X",,,,,,,,,,,,"X",,,,,,"18360.0000",,,"$746.0000",,,,,,,,,,,,,"Phil Schoen","Box 219","Marietta","OK",,"73448","405-276-9455","A-93"
"NE-171a","Anderson, 1992","Residential","1984","3276.0000","Kearney","NE",,,"Residential home with a ground source heat pump, R38 ceiling insulation factor and R19 Wall insulation factor, and a full basement",,,,,,,"2.5000","Command-Aire","Meters installed to measure energy consumption of heat pump and auxilary resistance heaters.  Home has electric water heater.","Vertical closed-loop heat pump",,,,"X",,,,,,,,,,,,"X",,,,"3.5000","9.5000","8018.0000",,,"$275.1000",,,,,,,,,,,,,"Clifford Anderson","General Office, Box 499","Columbus","NE",,"68602","402-564-8561","A-97"
"NE-123b","Schoen, 1993","Residential","1984","2650.0000","Omaha","NE",,,"4 residential homes equipped with water-source heat pumps in Nebraska.  Data complied by OPPD",,"X",,,,,,,"Energy data complied by OPPD","Vertical ground coil",,,,"X",,,,,,,,,,,,"X",,,,,,"8480.0000",,,"$330.0000",,,,,,,,,,,,,"Phil Schoen","Box 219","Marietta","OK",,"73448","405-276-9455","A-94"
"NE-123c","Schoen, 1993","Residential","1984","4000.0000","Rural Douglas Co.","NE",,,"4 residential homes equipped with water-source heat pumps in Nebraska.  Data complied by OPPD",,,,,,,,,"Energy data complied by OPPD","Vertical ground coil- solar assisted",,,,"X",,,,,,,,,,,,"X",,,,,,"7400.0000",,,"$284.0000",,,,,,,,,,,,,"Phil Schoen","Box 219","Marietta","OK",,"73448","405-276-9455","A-95"
"NE-123d","Schoen, 1993","Residential","1984","1750.0000","Rural Sarpy Co.","NE",,,"4 residential homes equipped with water-source heat pumps in Nebraska.  Data complied by OPPD",,,,,,,,,"Energy data complied by OPPD","Horizontal ground coil",,,,,,,"X",,,,,,,,,"X",,,,,,"9250.0000",,,"$396.0000",,,,,,,,,,,,,"Phil Schoen","Box 219","Marietta","OK",,"73448","405-276-9455","A-96"
"NE-026","NPPD,1986","Residential","1985","2600.0000","York","NE",,,"Hendrick Home.  Three bedroom home with R38 ceiling and R27 walls.  Windows are double glass with storm.",,,,,,,"2.5000","Command-Aire","Metered total house, fan, compressor, supplemental heat, loop pump and water heater fomr 11/85-11/86.","Vertical bore closed loop - 3 bores of 7in. diam.",,"PE","7.0000","X","3","140",,,,,,,,,,"X",,,,"4.0000","11.0000","5518.0000","55",,,,,,"X",,"12294.0000",,,,,"12294.0000",,,"Nebraska Public Power Dist.","York","NE",,,,"A-92"
"NJ-547","McCracken, 1985","Residential","1983","1600.0000","Englewood","NJ",,,"This residence was monitored from Oct. 83 to Sep. 84.  It consists of a horizontal system with 6 tubes assembled in series and concrete was poured over the ground loop mat.","X",,,"5562","776","Glycol","5.0000",,"Monitored energy used by blower, compressor, and heat pump, energy delivered from system and ground, run time, indoor and outdoor temp., inlet liquid temp., concrete temp.","Horizontal ground coupled system with 5- 100 ft loops assembled in series.  Each loop consists of 6- one half in. PE tubes.  The trenches are 3.5 ft deep and 5 in. wide",,"PE","0.5000",,,,"X","50.0000","3.5000","6",,,,,,"X",,"2907.0000","625.0000","3.0900",,"12394.0000","35","$4700.0000","$991.5000","35","2.0000",,"X","18981.2900",,,,,,"18981.2900","$1518.5000","Calvin D. MacCracken","Calmac Manufacturing Corp.","Englewood","NJ",,,,"A-101"
"NJ-035a","Ueda, 1984","Residential","1982",,"Fort Dix","NJ",,,"A feasibility study.  Retrofit GSHP for 196 two and three bedroom residential housing units currently heated by natural gas.  First case GSHP vs. existing gas.",,"X","11.0000","5139",,,"4.0000",,"No monitored data - study to determine the economic feasibility and energy efficiency of using GSHP","Well water supply","60.0000",,,,,,,,,,"X","8","1000","8.0000","1600.0000",,"X",,,"3.0000","10.0000","13890.0000","80","$13102.0000",,,"24.1000","X",,,,"2238.0000",,,,"68982.0000",,"Gary Phetteplace","72 Lyme Road","Hanover","NH",,"03755","603-646-4100","A-99"
"NJ-035b","Ueda, 1984","Residential","1982",,"Fort Dix","NJ",,,"A feasibility study.  Retrofit GSHP for 196 two and three bedroom residential housing units currently heated by natural gas.  Second case GSHP vs. new gas system.",,"X","11.0000","5139",,,"4.0000",,"No monitored data - study to determine the economic feasibility and energy efficiency of using GSHP","Well water supply","60.0000",,,,,,,,,,"X","8","1000","8.0000","1600.0000",,"X",,,"3.0000","10.0000","13890.0000","76","$13102.0000",,,,,"X",,,"1894.0000",,,,"58559.0000",,"Gary Phetteplace","72 Lyme Road","Hanover","NH",,"03755","603-646-4100","A-100"
"NY-549a","Rackliffe, 1986","Residential","1982",,"Albany","NY",,,"This residence (1 of 15) was part of a demonstration project to evaluate the performance of groundwater heat pumps.  It had direct water-to-air cooling with separate heat exchanger.",,,,,,,"4.0000",,"Monitored 12 parameters: inlet GW temp, discharge GW temp., flow, indoor and outdoor temp., energy for GW well pump, compressor, blower, electric heat, and total house, inlet and outlet secondary loop","Groundwater heat pump system with an unknown well depth.",,,,,,,,,,,"X",,,,"7.9000","X",,,,,"9.6000",,,,,,,,,,,,,,,,,,,,,,,,"A-119"
"NY-549g","Rackliffe, 1986","Residential","1982",,"Andover","NY",,,"This residence (1 of 15) was part of a demonstration project to evaluate the performance of groundwater heat pumps.  It had direct water-to-air cooling with separate heat exchanger.",,,,,,,"4.0000",,"Monitored 12 parameters: inlet GW temp, discharge GW temp., flow, indoor and outdoor temp., energy for GW well pump, compressor, blower, electric heat, and total house, inlet and outlet secondary loop","Groundwater heat pump system with a well depth of 60 ft.",,,,,,,,,,,"X",,"60",,"11.1000","X",,,,,,,,,,,,,,,,,,,,,,,,,,,,,"A-125"
"NY-549d","Rackliffe, 1986","Residential","1982",,"Auburn","NY",,,"This residence (1 of 15) was part of a demonstration project to evaluate the performance of groundwater heat pumps.  It had direct water-to-air cooling with separate heat exchanger.",,,,,,,"4.0000",,"Monitored 12 parameters: inlet GW temp, discharge GW temp., flow, indoor and outdoor temp., energy for GW well pump, compressor, blower, electric heat, and total house, inlet and outlet secondary loop","Groundwater heat pump system with a well depth of 60 ft.",,,,,,,,,,,"X",,"60",,"4.1000","X",,,,,,,,,,,,,,,,,,,,,,,,,,,,,"A-122"
"NY-028e","Hughs, 1985","Residential","1983",,"Camilus","NY",,,"Originally gas forced air replaced with packaged water-air heat pump.",,"X",,"6538","422","Ethylene glycol","4.0000",,"30 data channels were recorded hourly for air temp., various liquid temp., compressor, circ. pump and ground temp.","Horizontal series",,"PE","1.5000",,,,"X","1475.0000","3.5000","1",,,,,,"X",,,,"2.1000",,"18394.0000","59","$5900.0000",,,"18.5000","X",,,,"1480.0000",,,,"44711.0000",,"P. Hughes","W.S. Fleming and Associates","Syracuse","NY",,"13206",,"A-106"
"NY-059a","Hughes, 1988","Residential","1985",,"DeRuyter","NY",,,"2 residential homes were installed with prototype heat pumps to field validate analytical predictions that it will lower the earth loop length requirements with similar seasonal performance",,"X","2.0000","6244","189","Ethylene glycol","3.0000",,"Monitored on an hourly basic: on/off status, temperatures, earth loop flow, and electrical consumption","Horizontal ground-couple heat pump","48.3000","PE","1.5000",,,,"X","845.0000","4.0000","1",,,,,,"X",,"1947.4000","39.5000","3.4900","11.9200","6134.0000",,"$1475.0000","$544.0000",,"4.6000",,,,,,,,,,,"W. S. Fleming and Assoc.","6310 Fly Road","E. Syracuse","NY",,"13057",,"A-109"
"NY-549h","Rackliffe, 1986","Residential","1982",,"Dix Hills","NY",,,"This residence (1 of 15) was part of a demonstration project to evaluate the performance of groundwater heat pumps.  It had direct water-to-air cooling with separate heat exchanger.",,,,,,,"3.5000",,"Monitored 12 parameters: inlet GW temp, discharge GW temp., flow, indoor and outdoor temp., energy for GW well pump, compressor, blower, electric heat, and total house, inlet and outlet secondary loop","Groundwater heat pump system with a well depth of 60 ft.",,,,,,,,,,,"X",,"60",,"9.0000","X",,,,,"8.4000",,,,,,,,,,,,,,,,,,,,,,,,"A-126"
"NY-549o","Rackliffe, 1986","Residential","1982",,"Eastchester","NY",,,"This residence (1 of 15) was part of a demonstration project to evaluate the performance of groundwater heat pumps.  It had direct water-to-air cooling with separate heat exchanger.",,,,,,,"5.0000",,"Monitored 12 parameters: inlet GW temp, discharge GW temp., flow, indoor and outdoor temp., energy for GW well pump, compressor, blower, electric heat, and total house, inlet and outlet secondary loop","Groundwater heat pump system with a well depth of 623 ft.",,,,,,,,,,,"X",,"623",,"4.5000","X",,,,,,,,,,,,,,,,,,,,,,,,,,,,,"A-133"
"NY-549k","Rackliffe, 1986","Residential","1982",,"Gansevoort","NY",,,"This residence (1 of 15) was part of a demonstration project to evaluate the performance of groundwater heat pumps.  It had direct water-to-air cooling with separate heat exchanger.",,,,,,,"4.0000",,"Monitored 12 parameters: inlet GW temp, discharge GW temp., flow, indoor and outdoor temp., energy for GW well pump, compressor, blower, electric heat, and total house, inlet and outlet secondary loop","Groundwater heat pump system with a well depth of 60 ft.",,,,,,,,,,,"X",,"60",,"6.1000","X",,,,,"5.6000",,,,,,,,,,,,,,,,,,,,,,,,"A-129"
"NY-028g","Hughs, 1985","Residential","1983",,"Glens Falls","NY",,,"A new home with packaged water-air heat pump.","X",,,"6937","801","Ethylene glycol","4.0000",,"30 data channels were recorded hourly for air temp., various liquid temp., compressor, circ. pump and ground temp.","Vertical series",,"PE","1.5000","X","7","110",,,,,,,,,,"X",,,,"2.0000","8.2000","15327.0000",,,,,"16.0000",,,,,,,,,,,"P. Hughes","W.S. Fleming and Associates","Syracuse","NY",,"13206",,"A-108"
"NY-549j","Rackliffe, 1986","Residential","1982",,"Head of the Harbor","NY",,,"This residence (1 of 15) was part of a demonstration project to evaluate the performance of groundwater heat pumps.  It had direct water-to-air cooling with separate heat exchanger.",,,,,,,"5.0000",,"Monitored 12 parameters: inlet GW temp, discharge GW temp., flow, indoor and outdoor temp., energy for GW well pump, compressor, blower, electric heat, and total house, inlet and outlet secondary loop","Groundwater heat pump system with a well depth of 145 ft.",,,,,,,,,,,"X",,"145",,"5.4000","X",,,,,"8.1000",,,,,,,,,,,,,,,,,,,,,,,,"A-128"
"NY-549b","Rackliffe, 1986","Residential","1982",,"La Grange","NY",,,"This residence (1 of 15) was part of a demonstration project to evaluate the performance of groundwater heat pumps.  It had direct water-to-air cooling with separate heat exchanger.",,,,,,,"3.5000",,"Monitored 12 parameters: inlet GW temp, discharge GW temp., flow, indoor and outdoor temp., energy for GW well pump, compressor, blower, electric heat, and total house, inlet and outlet secondary loop","Groundwater heat pump system with a well depth of 280 ft.",,,,,,,,,,,"X",,"280",,"6.0000","X",,,,,"7.7000",,,,,,,,,,,,,,,,,,,,,,,,"A-120"
"NY-059b","Hughes, 1988","Residential","1985",,"Lafayette","NY",,,"2 residential homes were installed with prototype heat pumps to field validate analytical predictions that it will lower the earth lop length reuqirements with similar seasonal performance",,"X","2.0000","6194","271","Ethylene glycol","3.0000",,"Monitored on an hourly basic: on/off status, temperatures, earth loop flow, and electrical consumption","Horizontal ground-couple heat pump in series","48.3000","PE","1.5000",,,,"X","549.0000","4.0000","2",,,,,,"X",,"2902.7000","362.1000","3.3200","11.3200","11222.0000",,"$1475.0000","$544.0000",,"4.6000",,,,,,,,,,,"W. S. Fleming and Assoc.","6310 Fly Road","E. Syracuse","NY",,"13057",,"A-110"
"NY-028c","Hughs, 1985","Residential","1983",,"Liverpool","NY",,,"Originally oil forced air replaced with packaged water-air heat pump.",,"X",,"6640","384","Calcium chloride","3.0000",,"30 data channels were recorded hourly for air temp., various liquid temp., compressor, circ. pump and ground temp.","Vertical parallel",,"PE","0.7500","X","5","110",,,,,,,,,,"X",,,,"2.9000","13.5000","8038.0000","75",,,,"7.1000","X",,,,,"512.0000",,"X","29135.0000",,"P. Hughes","W.S. Fleming and Associates","Syracuse","NY",,"13206",,"A-104"
"NY-028d","Hughs, 1985","Residential","1983",,"Liverpool","NY",,,"Originally air source heat pump replaced with 3-component GSHP.",,"X",,"6901","384","Calcuium chloride","3.0000",,"30 data channels were recorded hourly for air temp., various liquid temp., compressor, circ. pump and ground temp.","Vertical parallel",,"PE","0.7500","X","3","180",,,,,,,,,,"X",,,,"2.5000","8.0000","8843.0000","23",,,,"9.5000","X",,"11519.0000",,,,,,"11519.0000",,"P. Hughes","W.S. Fleming and Associates","Syracuse","NY",,"13206",,"A-105"
"NY-549n","Rackliffe, 1986","Residential","1982",,"New Rochelle","NY",,,"This residence (1 of 15) was part of a demonstration project to evaluate the performance of groundwater heat pumps.  It had direct water-to-air cooling with separate heat exchanger.",,,,,,,"5.0000",,"Monitored 12 parameters: inlet GW temp, discharge GW temp., flow, indoor and outdoor temp., energy for GW well pump, compressor, blower, electric heat, and total house, inlet and outlet secondary loop","Groundwater heat pump system with a well depth of 365 ft.",,,,,,,,,,,"X",,"365",,"10.7000","X",,,,,"8.9000",,,,,,,,,,,,,,,,,,,,,,,,"A-132"
"NY-549f","Rackliffe, 1986","Residential","1982",,"Old Forge","NY",,,"This residence (1 of 15) was part of a demonstration project to evaluate the performance of groundwater heat pumps.  It had direct water-to-air cooling with separate heat exchanger.",,,,,,,"4.0000",,"Monitored 12 parameters: inlet GW temp, discharge GW temp., flow, indoor and outdoor temp., energy for GW well pump, compressor, blower, electric heat, and total house, inlet and outlet secondary loop","Groundwater heat pump system with an unknown well depth.",,,,,,,,,,,"X",,,,"5.4000","X",,,,,,,,,,,,,,,,,,,,,,,,,,,,,"A-124"
"NY-028a","Hughs, 1985","Residential","1983",,"Ontario","NY",,"13202","Originally electric baseboard replaced with packaged water-air heat pump",,"X",,"6235","577","Calcium chloride","3.0000",,"30 data channels were recorded hourly for air temp., various liquid temp., compressor, circ. pump and ground temp.","Horizontal series",,"PE","1.5000",,,,"X","1375.0000","4.0000","1",,,,,,"X",,,,"2.9000","11.7000","10804.0000","45","$5900.0000",,,"4.1000","X",,,"19527.0000",,,,,"19527.0000",,"P. Hughes","W.S. Fleming and Associates","Syracuse","NY",,"13206",,"A-102"
"NY-028b","Hughs, 1985","Residential","1983",,"Pittsford","NY",,"13202","Originally oil forced air replaced with packaged water-air heat pump.",,"X",,"6563","792","Calcium chloride","3.5000",,"30 data channels were recorded hourly for air temp., various liquid temp., compressor, circ. pump and ground temp.","Horizontal series",,"PE","1.5000",,,,"X","1600.0000","4.0000","1",,,,,,"X",,,,"2.1000","6.8000","16993.0000","71","$5900.0000",,,"7.1000","X",,,,,"1254.0000",,,"57859.0000",,"P. Hughes","W.S. Fleming and Associates","Syracuse","NY",,"13206",,"A-103"
"NY-549l","Rackliffe, 1986","Residential","1982",,"Rhinebeck","NY",,,"This residence (1 of 15) was part of a demonstration project to evaluate the performance of groundwater heat pumps.  It had direct water-to-air cooling with separate heat exchanger.",,,,,,,"4.0000",,"Monitored 12 parameters: inlet GW temp, discharge GW temp., flow, indoor and outdoor temp., energy for GW well pump, compressor, blower, electric heat, and total house, inlet and outlet secondary loop","Groundwater heat pump system with a well depth of 60 ft.",,,,,,,,,,,"X",,"60",,"9.1000","X",,,,,"7.6000",,,,,,,,,,,,,,,,,,,,,,,,"A-130"
"NY-028f","Hughs, 1985","Residential","1984",,"Schenectady","NY",,,"Originally electric hydronic replaced with packaged water-air heat pump.",,"X",,"6802","512","Calcium chloride","3.5000",,"30 data channels were recorded hourly for air temp., various liquid temp., compressor, circ. pump and ground temp.","Horizontal parallel - 4 separate trenches",,"PE","1.5000",,,,"X","1576.0000","5.5000","2",,,,,,"X",,,,"3.1000","11.3000","4495.0000","81","$5900.0000",,,"4.1000","X",,,"23594.0000",,,,,"23594.0000",,"P. Hughes","W.S. Fleming and Associates","Syracuse","NY",,"13206",,"A-107"
"NY-549i","Rackliffe, 1986","Residential","1982",,"Smithtown","NY",,,"This residence (1 of 15) was part of a demonstration project to evaluate the performance of groundwater heat pumps.  It had direct water-to-air cooling with separate heat exchanger.",,,,,,,"4.0000",,"Monitored 12 parameters: inlet GW temp, discharge GW temp., flow, indoor and outdoor temp., energy for GW well pump, compressor, blower, electric heat, and total house, inlet and outlet secondary loop","Groundwater heat pump system with an unknown well depth.",,,,,,,,,,,"X",,,,"6.7000","X",,,,,,,,,,,,,,,,,,,,,,,,,,,,,"A-127"
"NY-549m","Rackliffe, 1986","Residential","1982",,"Smithtown","NY",,,"This residence (1 of 15) was part of a demonstration project to evaluate the performance of groundwater heat pumps.  It had direct water-to-air cooling with separate heat exchanger.",,,,,,,"4.0000",,"Monitored 12 parameters: inlet GW temp, discharge GW temp., flow, indoor and outdoor temp., energy for GW well pump, compressor, blower, electric heat, and total house, inlet and outlet secondary loop","Groundwater heat pump system with an unknown well depth.",,,,,,,,,,,"X",,,,"7.4000","X",,,,,,,,,,,,,,,,,,,,,,,,,,,,,"A-131"
"NY-303a","Wright, 1995","Residential","1982","1798.0000","Syracuse","NY",,,"Compared 8 different heating systems. 3 electrical systems, 2 annual cycle energy systems (WSHP), and 3 fossil fuel fired systems.  Case 1 full annual cycle energy system vs. electric res.",,,,,,,,,"Computer model comparing 8 different systems","Full ACES, Bin= 38.0, Panel= 45.8",,,,,,,,,,,,,,,,,"X",,,"2.8700",,"9857.0000","62","$14065.0000","$458.3500","62",,,"X",,"26105.0000","160.0000",,,,"26105.0000","$1214.9300","Gas Research Institute","8600 West Bryn Mawr Avenue","Chicago","IL",,"60631","312-399-8100","A-111"
"NY-303b","Wright, 1995","Residential","1982","1798.0000","Syracuse","NY",,,"Compared 8 different heating systems. 3 electrical systems, 2 annual cycle energy systems (WSHP), and 3 fossil fuel fired systems.  Case 2 full annual cycle energy system vs. heat pump w/o desuperheat",,,,,,,,,"Computer model comparing 8 different systems","Full ACES, Bin= 38.0, Panel= 45.8",,,,,,,,,,,,,,,,,"X",,,"2.8700",,"9857.0000","50","$14065.0000","$458.0000","50",,,"X","19633.0000",,,,,,"19633.0000","$913.7100","Gas Research Institute","8600 West Bryn Mawr Avenue","Chicago","IL",,"60631","312-399-8100","A-112"
"NY-303c","Wright, 1995","Residential","1982","1798.0000","Syracuse","NY",,,"Compared 8 different heating systems. 3 electrical systems, 2 annual cycle energy systems (WSHP), and 3 fossil fuel fired systems.  Case 3 full annual cycle energy system vs. heat pump w/desuperheater",,,,,,,,,"Computer model comparing 8 different systems","Full ACES, Bin= 38.0, Panel= 45.8",,,,,,,,,,,,,,,,,"X",,,"2.8700",,"9857.0000","46","$14065.0000","$458.0000","46",,,"X","18235.0000",,,,,,"18235.0000","$848.6800","Gas Research Institute","8600 West Bryn Mawr Avenue","Chicago","IL",,"60631","312-399-8100","A-113"
"NY-303d","Wright, 1995","Residential","1982","1798.0000","Syracuse","NY",,,"Compared 8 different heating systems. 3 electrical systems, 2 annual cycle energy systems (WSHP), and 3 fossil fuel fired systems.  Case 4 full annual cycle energy system vs. min. annual cycle energy",,,,,,,,,"Computer model comparing 8 different systems","Full ACES, Bin= 38.0, Panel= 45.8",,,,,,,,,,,,,,,,,"X",,,"2.8700",,"9857.0000","5","$14065.0000","$458.0000","5",,,"X",,,,,,"X","10369.0000","$482.5800","Gas Research Institute","8600 West Bryn Mawr Avenue","Chicago","IL",,"60631","312-399-8100","A-114"
"NY-303e","Wright, 1995","Residential","1982","1798.0000","Syracuse","NY",,,"Compared 8 different heating systems. 3 electrical systems, 2 annual cycle energy systems (WSHP), and 3 fossil fuel fired systems.  Case 5 full annual cycle energy system vs. gas furnace",,,,,,,,,"Computer model comparing 8 different systems","Full ACES, Bin= 38.0, Panel= 45.8",,,,,,,,,,,,,,,,,"X",,,"2.8700",,"9857.0000","75","$14065.0000","$458.0000","31",,,"X",,,"1226.0000",,"1620.0000",,"38772.0000","$665.7100","Gas Research Institute","8600 West Bryn Mawr Avenue","Chicago","IL",,"60631","312-399-8100","A-115"
"NY-303f","Wright, 1995","Residential","1982","1798.0000","Syracuse","NY",,,"Compared 8 different heating systems. 3 electrical systems, 2 annual cycle energy systems (WSHP), and 3 fossil fuel fired systems.  Case 6 full annual cycle energy system vs. oil furnace",,,,,,,,,"Computer model comparing 8 different systems","Full ACES, Bin= 38.0, Panel= 45.8",,,,,,,,,,,,,,,,,"X",,,"2.8700",,"9857.0000","74","$14065.0000","$458.0000","64",,,"X",,,,"785.0000","7058.0000",,"38458.0000","$1262.1900","Gas Research Institute","8600 West Bryn Mawr Avenue","Chicago","IL",,"60631","312-399-8100","A-116"
"NY-303g","Wright, 1995","Residential","1982","1798.0000","Syracuse","NY",,,"Compared 8 different heating systems. 3 electrical systems, 2 annual cycle energy systems (WSHP), and 3 fossil fuel fired systems.  Case 7 full annual cycle energy system vs. Pulse gas furnace",,,,,,,,,"Computer model comparing 8 different systems","Full ACES, Bin= 38.0, Panel= 45.8",,,,,,,,,,,,,,,,,"X",,,"2.8700",,"9857.0000","69","$14065.0000","$458.0000","18",,,"X",,,"998.0000",,"1620.0000",,"31857.0000","$556.1700","Gas Research Institute","8600 West Bryn Mawr Avenue","Chicago","IL",,"60631","312-399-8100","A-117"
"NY-531","Metz, 1983","Residential","1980","1120.0000","Upton","NY",,,"This residence is a three-bedroom ranch-style house of energy-saving construction.  It uses a shallow serpentine earth coil as a heat source/sink.","X",,"20.0000","5900","508","Glycol","2.0000",,"60 channel datalogger measured fluid flow, inlet and outlet temp. of the earth coil, indoor and outdoor temp., heat and circulation pumps power, run-time, ground-heat extraction or rejection,","Horizontal ground-coupled system which consists of 507 ft of 1-1/2 in polyethylene pipe and is buried 4 ft. deep.",,"PE","1.5000",,,,"X","51.0000","4.0000",,,,,,,"X",,,,"2.4600",,"3950.0000",,,,,,,,,,,,,,,,"P. D. Metz","Brookhaven National Laboratory","Upton","NY",,,,"A-118"
"NY-549c","Rackliffe, 1986","Residential","1982",,"Webster","NY",,,"This residence (1 of 15) was part of a demonstration project to evaluate the performance of groundwater heat pumps.  It had direct water-to-air cooling with separate heat exchanger.",,,,,,,"4.0000",,"Monitored 12 parameters: inlet GW temp, discharge GW temp., flow, indoor and outdoor temp., energy for GW well pump, compressor, blower, electric heat, and total house, inlet and outlet secondary loop","Groundwater heat pump system with a well depth of 60 ft.",,,,,,,,,,,"X",,"60",,"4.9000","X",,,,,"14.0000",,,,,,,,,,,,,,,,,,,,,,,,"A-121"
"NY-549e","Rackliffe, 1986","Residential","1982",,"Williamsville","NY",,,"This residence (1 of 15) was part of a demonstration project to evaluate the performance of groundwater heat pumps.  It had direct water-to-air cooling with separate heat exchanger.",,,,,,,"4.0000",,"Monitored 12 parameters: inlet GW temp, discharge GW temp., flow, indoor and outdoor temp., energy for GW well pump, compressor, blower, electric heat, and total house, inlet and outlet secondary loop","Groundwater heat pump system with a well depth of 60 ft.",,,,,,,,,,,"X",,"60",,"8.6000","X",,,,,"13.3000",,,,,,,,,,,,,,,,,,,,,,,,"A-123"
"OH-058a","Biletch, 1993","Residential","1993","1700.0000",,"OH",,,,,,,,,,"2.5000",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,"Bob Biletch","121 S.W. Salmon Suite 1100","Portland","OR",,"97204","503-274-4139","A-140"
"OH-030","Woller, 1989","Residential","1987",,"Columbus","OH",,,"Five residential -direct expansion heat pump, heat pump water heater, GCHP with gas heater, GCHP with hot water storage, and electric thermal storage.",,,,,,"Refrigerant",,,"Hourly readings of runtime, ambient temp., room temp.,  refrig. temp., soil temp. in 3 locations, strip heat kWh, windspeed, DHW consumed, humidity, and heat pump kWh.","The direct-expansion heat pump was installed using 12 loops of 3/8 in. copper pipe 60 ft long placed in the ground on a 15 deg angle to the surface.",,"Cu","0.3800","X","12","60",,,,,,,,,,"X",,,,"2.0500",,,,,,,,,,,,,,,"X",,,"B.E. Woller","Buckeye Power, Inc.","Columbus","OH",,"43226","614-846-5757","A-134"
"OH-041a","Pratsch,1992","Residential","1990",,"Columbus","OH",,,"Residential GSHP life cycle cost analysis.  Compared 5 systems- GSHP, ASHP, electric, oil, LPG, gas.  First case- GSHP vs. ASHP",,,,,,,,,"No monitored data- residential GSHP life cycle cost analysis","Ground source heat pump",,,,,,,,,,,,,,,,,"X",,,,,"13338.0000","28",,"$907.0000","28",,,"X","18559.0000",,,,,,"18559.0000","$1262.0000",,,,,,,,"A-135"
"OH-041b","Pratsch,1992","Residential","1990",,"Columbus","OH",,,"Residential GSHP life cycle cost analysis.  Compared 5 systems- GSHP, ASHP, electric, oil, LPG, gas.  Second case- GSHP vs. Electric",,,,,,,,,"No monitored data- residential GSHP life cycle cost analysis","Ground source heat pump",,,,,,,,,,,,,,,,,"X",,,,,"13338.0000","42",,"$907.0000","42",,,"X",,"23059.0000",,,,,"23059.0000","$1568.0000",,,,,,,,"A-136"
"OH-041c","Pratsch,1992","Residential","1990",,"Columbus","OH",,,"Residential GSHP life cycle cost analysis.  Compared 5 systems- GSHP, ASHP, electric, oil, LPG, gas.  Third case- GSHP vs. fuel oil",,,,,,,,,"No monitored data- residential GSHP life cycle cost analysis","Ground source heat pump",,,,,,,,,,,,,,,,,"X",,,,,"13338.0000","78",,"$907.0000","78",,,"X",,,,"1490.0000",,,"59600.0000","$1326.0000",,,,,,,,"A-137"
"OH-041d","Pratsch,1992","Residential","1990",,"Columbus","OH",,,"Residential GSHP life cycle cost analysis.  Compared 5 systems- GSHP, ASHP, electric, oil, LPG, gas.  Fourth case- GSHP vs. natural gas",,,,,,,,,"No monitored data- residential GSHP life cycle cost analysis","Ground source heat pump",,,,,,,,,,,,,,,,,"X",,,,,"13338.0000","71",,"$907.0000","11",,,"X",,,"1523.0000",,,,"46147.0000","$803.0000",,,,,,,,"A-138"
"OH-041e","Pratsch,1992","Residential","1990",,"Columbus","OH",,,"Residential GSHP life cycle cost analysis.  Compared 5 systems- GSHP, ASHP, electric, oil, LPG, gas.  Fifth case- GSHP vs. LPG",,,,,,,,,"No monitored data- residential GSHP life cycle cost analysis","Ground source heat pump",,,,,,,,,,,,,,,,,"X",,,,,"13338.0000","67",,"$907.0000","67",,,"X",,,,,,"X","40769.0000","$1405.0000",,,,,,,,"A-139"
"OK-191","Martin, 1990","Residential","1990",,"Marietta","OK",,,"Comparing 2 residential homes with a computer model built to predict performance and energy consumption of a 3-ton heat pump",,,,,,,"3.0000",,"Computer model,  Heat pump energy consumption for 2 Marietta homes from 1985-1986","Single pipe, horizontal, ground-loop heat pump",,,"1.9000",,,,"X","1500.0000","6.0000","1",,,,,,,"X",,,,,,,,,,,,,,,,,,,,,"Steven Martin","Utility Engineering Corp.","Amarillo","TX",,,,"A-143"
"OK-532","Bose, 1983","Residential","1983","1100.0000","Perkins","OK",,,"This residence is situated side-by-side on an east-west street.  The project consists of three nearly idential homes- 1) the control home ASHP, 2) GSHP, 3) GSHP with solar collector panels",,,,,,,"2.0000",,"Monitored thermal and mechanical performance, electric power consumption, and indoor and outdoor environmental conditions","Vertical closed loop system consisting of 3 boreholes at depths of 90,87, and 79 ft.  The three boreholes also had three different pipes, 1) HD PE, 2) MD PE, 3) PB.","62.0000",,,"X","3","87",,,,,,,,,,"X",,,,"2.1200",,"6878.0000","47","$2664.0000",,,,"X",,"12929.0000",,,,,,"12929.0000",,"J.E. Bose","Oklahoma State University","Stillwater","OK",,,,"A-145"
"OK-049","IGSHPA, Undated","Residential","1981","2400.0000","Perry","OK",,"73007","Retrofit of 1959 home with propane and solar panels to ground source heat pump",,"X",,,,"Water","4.5000","Carrier","Monitored annual WSHP kWh from seperate watt-hour meter","Horizontal loop ground source heat pump and a vertical loop added in series",,"PE","1.5000","X","1","250","X","1000.0000","6.0000",,,,,,,"X",,,,"3.0000",,"10550.0000","85","$6200.0000","$600.0000","66","2.0000","X",,,,,,"5000.0000","X","68371.0000","$1740.0000","IGSHPA","Box 1688","Stillwater","OK",,"74076","405-744-5175","A-142"
"OK-301c","GEOsystems, 1985","Residential","1982","700.0000","Stillwater","OK",,,"This triplex building was constructed by a builder selected by the NAHBRF to participate in their Energy Saver Home Program sponsored by the National Institute of Building Sciences and the DOE.","X",,,,,"Water",,,"Monitored energy output","Closed Horizontal earth coil.",,,,,,,"X",,,,,,,,,"X",,,,,,"1970.0000","63",,"$118.2000","63",,"X",,,"5269.0000",,,,,"5269.0000","$316.1400","GEOsystems","3623 North Park Drive","Stillwater","OK",,"74075","405-372-6851","A-144"
"OK-027","PSCO, 1993","Residential","1993",,"Tulsa","OK",,"74102","2 bedroom townhouses monitored for GSHP and gas hydronic & A/C. Installed by HUD.",,,,,,,,,"Based on monthly bills.","Unknown.",,,,,,,,,,,,,,,,"X",,,,,,"2689.0000","76",,"$195.6300","28",,"X",,,,"328.0000",,"1217.0000",,"11155.0000","$272.6400","B. Henderson","Public Service Co. of Oklahoma","Tulsa","OK",,"74102","918-599-3961","A-141"
"OR-040","Reichmuth, 1993","Residential","1991","3196.0000","Ashland","OR",,,"Monitored ground source heat pump",,,,"3124","326",,,"Water Furnace","Heat pump operation, compressor heating, aux heating, cooling and fan only.  Hourly % outside air temp admitted during HVAC operation, and solar gain","Ground source heat pump",,,,,,,,,,,,,,,,"X",,,,"3.6200",,"3508.0000",,,,,,,,,,,,,,,,"Howard Reichmut","1155 SW Division Suite B13","Bend","OR",,"97702",,"A-150"
"OR-037a","Water Furnace,1991","Residential","1991",,"Klamath Falls","OR",,"97601","Computer Analysis for energy usage and annual cost for GSHP, ASHP, gas, Electric furnace, and oil furnace.  First case- GSHP vs. ASHP",,,"-4.0000",,,,,"Water Furnace","No monitored data - computer study","Vertical ground-couple heat pump","30.0000",,,"X",,"750",,,,,,,,,,,"X","2007.0000","239.0000","3.1700","11.6000","13483.0000","55",,"$674.0000","55",,,"X","28088.0000",,,,"1734.0000",,"29822.0000","$1491.0000","Andrew Taussig","9000 Conservation Way","Fort Wayne","IN",,"46809","219-478-5667","A-146"
"OR-037b","Water Furnace,1991","Residential","1991",,"Klamath Falls","OR",,"97601","Computer Analysis for energy usage and annual cost for GSHP, ASHP, gas, Electric furnace, and oil furnace.  First case- GSHP vs. natural gas",,,"-4.0000",,,,,"Water Furnace","No monitored data - computer study","Vertical ground-couple heat pump","30.0000",,,"X",,"750",,,,,,,,,,,"X","2007.0000","239.0000","3.1700","11.6000","13483.0000","72",,"$674.0000","19",,,"X",,,"1474.0000",,"1643.0000",,"47478.0000","$834.0000","Andrew Taussig","9000 Conservation Way","Fort Wayne","IN",,"46809","219-478-5667","A-147"
"OR-037c","Water Furnace,1991","Residential","1991",,"Klamath Falls","OR",,"97601","Computer Analysis for energy usage and annual cost for GSHP, ASHP, gas, Electric furnace, and oil furnace.  First case- GSHP vs. electric",,,"-4.0000",,,,,"Water Furnace","No monitored data - computer study","Vertical ground-couple heat pump","30.0000",,,"X",,"750",,,,,,,,,,,"X","2007.0000","239.0000","3.1700","11.6000","13483.0000","62",,"$674.0000","62",,,"X",,"33782.0000",,,"1650.0000",,"35432.0000","$1772.0000","Andrew Taussig","9000 Conservation Way","Fort Wayne","IN",,"46809","219-478-5667","A-148"
"OR-037d","Water Furnace,1991","Residential","1991",,"Klamath Falls","OR",,"97601","Computer Analysis for energy usage and annual cost for GSHP, ASHP, gas, Electric furnace, and oil furnace.  First case- GSHP vs. fuel oil",,,"-4.0000",,,,,"Water Furnace","No monitored data - computer study","Vertical ground-couple heat pump","30.0000",,,"X",,"750",,,,,,,,,,,"X","2007.0000","239.0000","3.1700","11.6000","13483.0000","72",,"$674.0000","57",,,"X",,,,"1146.0000","1643.0000",,"48656.0000","$1573.0000","Andrew Taussig","9000 Conservation Way","Fort Wayne","IN",,"46809","219-478-5667","A-149"
"OR-047a","Kavanaugh, 1992","Residential","1992","1740.0000","Klamath Falls","OR",,"97601","A computer comparision (bin method) study. Systems considered are vertical GSHP and variable speed ASHP for the K Falls and Portland area.",,,"4.0000",,,,"2.5000",,"No monitored data - computer study","Ground source heat pumps are coupled to vertical 3/4" u-bends 180 ft./ton of bore in total length",,,"0.7500","X",,"180",,,,,,,,,,,"X",,,"8.7000","16.4000","9087.0000","40",,"$455.0000","39",,,"X","15036.0000",,,,,,"15036.0000","$750.0000","Steve Kavanaugh","University of Alabama","Tuscaloosa","AL",,"35487","205-348-1649","A-151"
"OR-047b","Kavanaugh, 1992","Residential","1992","1740.0000","Portland","OR",,,"A computer comparision (bin method) study. Systems considered are vertical GSHP and variable speed ASHP for the K Falls and Portland area.",,,"18.0000",,,,"2.5000",,"No monitored data - computer study","Ground source heat pumps are coupled to vertical 3/4" u-bends 180 ft./ton of bore in total length",,,"0.7500","X",,"180",,,,,,,,,,,"X",,,"8.7000","16.4000","7306.0000","34",,"$365.0000","34",,,"X","11065.0000",,,,,,"11065.0000","$553.0000","Steve Kavanaugh","University of Alabama","Tuscaloosa","AL",,"35487","205-348-1649","A-152"
"PA-138","Allegheny Electric Coop., Inc., 1984","Residential",,,,"PA",,,"A table showing a comparison between a new GCHP and an ASHP",,,,,,,,,"Monitored kWh from 10/10/83 to 6/4/84 plus loop supply and return heat and energy output","Ground source heat pump",,,,,,,,,,,,,,,,"X",,,,"3.2300",,"4733.0000","18",,,,,"X",,"5799.0000",,,,,,"5799.0000",,"G. Freedman","Allegheny Electric Coop., Inc.","Harrisburg","PA",,"17108","717-233-5704","A-177"
"PA-029b","Freedman, 1985","Residential","1983","2200.0000","Bedford","PA",,,"Groundwater heat pump system installed in 75-year old, 2 story brick farmhouse with basement. Nonreversible add-on heat pump.",,"X",,"2900",,,"4.0000","Tetco HECWE-50","Hourly measurements of heat pump kWh, water temp., outside and inside air temp.","Well water supply temperature of 52F.",,,,,,,,,,,"X","1","300",,"60.0000","X",,,,"2.9600",,"5774.0000","59","$3830.0000","$433.0500","2","4.0000",,,,,,"342.5000","431.0000",,"14131.0000","$443.3300","G. Freedman","Allegheny Electric Coop., Inc.","Harrisburg","PA",,"17108","717-233-5704","A-155"
"PA-029a","Freedman, 1988","Residential","1981","1900.0000","E. Freedom","PA",,,"Groundwater heat pump system installed in existing residence in central Pennsylvania in climates of more than 6,000 heating degree days.",,"X",,"7284",,,"4.0000","Century WPH-44","Hourly measurements of heat pump kWh and capacity, compressor and circ. pump, supplemental heat, loop water temp., outside and inside air temp.","Well water with temperatures 52 to 55F is used. Original system was a coal-fired forced air system.",,,,,,,,,,,"X","1","120",,"20.0000","X",,,,"1.8400",,"6207.0000","43","$3100.0000","$465.5300","43",,,,,,,,,"X","10839.0000","$812.9300","G. Freedman","Allegheny Electric Coop., Inc.","Harrisburg","PA",,"17108","717-233-5704","A-154"
"PA-545a","Catan, 1985","Residential","1985","1800.0000","Pittsburgh","PA",,,"This is a study where the objective was to minimize the life-cycle cost of a GCHP system by optimizing the design of both the heat pump package and the ground coil in concert.",,,,,,,,,"No monitored data- computer analysis","Horizontal ground-coupled system.  HP capacity not specified, cost for HP- $2546, cost for ground coil- $1500",,,,,,,"X",,,,,,,,,,"X",,,,,"11312.5000","8","$4046.0000","$905.0000","8",,,"X","12287.5000",,,,,,"12287.0000","$983.0000",,,,,,,,"A-165"
"PA-545b","Catan, 1985","Residential","1985","1800.0000","Pittsburgh","PA",,,"This is a study where the objective was to minimize the life-cycle cost of a GCHP system by optimizing the design of both the heat pump package and the ground coil in concert.",,,,,,,,,"No monitored data- computer analysis","Horizontal ground-coupled system.  HP capacity not specified, cost for HP- $2632, cost for ground coil- $1125",,,,,,,"X",,,,,,,,,,"X",,,,,"10775.0000","12","$3757.0000","$862.0000","12",,,"X","12287.5000",,,,,,"12287.5000","$983.0000",,,,,,,,"A-166"
"PA-545c","Catan, 1985","Residential","1985","1800.0000","Pittsburgh","PA",,,"This is a study where the objective was to minimize the life-cycle cost of a GCHP system by optimizing the design of both the heat pump package and the ground coil in concert.",,,,,,,,,"No monitored data- computer analysis","Horizontal ground-coupled system.  HP capacity not specified, cost for HP- $2724, cost for ground coil- $1125",,,,,,,"X",,,,,,,,,,"X",,,,,"10512.5000","14","$3849.0000","$841.0000","14",,,"X","12287.5000",,,,,,"12287.5000","$983.0000",,,,,,,,"A-167"
"PA-545d","Catan, 1985","Residential","1985","1800.0000","Pittsburgh","PA",,,"This is a study where the objective was to minimize the life-cycle cost of a GCHP system by optimizing the design of both the heat pump package and the ground coil in concert.",,,,,,,,,"No monitored data- computer analysis","Horizontal ground-coupled system.  HP capacity not specified, cost for HP- $2819, cost for ground coil- $1125",,,,,,,"X",,,,,,,,,,"X",,,,,"10337.5000","16","$3944.0000","$827.0000","16",,,"X","12287.5000",,,,,,"12287.5000","$983.0000",,,,,,,,"A-168"
"PA-024","Allegheny Electric Coop., Inc., 1994","Residential","1983",,"Valley View","PA",,,"Feagley residential home, comparing theoretical air source heat pump.  Soil condition is wet clay-shale.",,,,,,,,,"Total house energy, compressor, loop circulating pump, supplemental heat and loop temperatures.","Horizontal ground-coupled in wet clay-shale soil.",,"PE","1.5000",,,,"X","934.0000","4.0000","2",,,,,,,"X",,,"2.7000",,"4733.0000","18",,,,,,"X","5799.0000",,,,,,"5799.0000",,,"Allegheny Electric Coop.","Valley View","PA",,,,"A-153"
"PA-038a","Milburn, 1989","Residential","1987","2537.0000","West Penn","PA",,,"Monitored closed loop ground-coupled heat pump within four residents - 1 was a new home and the other three were conversions",,"X",,"5636",,,"4.0000",,"Monitored the energy used by the heat pump, water pump, blower, and auxiliary heat in the HVAC system and the energy and water used by the water heater","Horizontal ground-coupled heat pump loop",,,,,,,"X",,,,,,,,,"X",,,,"2.7000",,"13624.0000",,,,,,,,,,,,,,,,"H. L. Milburn","West Penn Power Co.","Greensburg","PA",,,,"A-156"
"PA-038b","Milburn, 1989","Residential","1987","2288.0000","West Penn","PA",,,"Monitored closed loop ground-coupled heat pump within four residents - 1 was a new home and the other three were conversions","X",,,"5696",,,"3.0000",,"Monitored the energy used by the heat pump, water pump, blower, and auxiliary heat in the HVAC system and the energy and water used by the water heater","Horizontal ground-coupled heat pump loop",,,,,,,"X",,,,,,,,,"X",,,,"3.6000",,"4447.0000",,,,,,,,,,,,,,,,"H. L. Milburn","West Penn Power Co.","Greensburg","PA",,,,"A-157"
"PA-038c","Milburn, 1989","Residential","1987","4400.0000","West Penn","PA",,,"Monitored closed loop ground-coupled heat pump within four residents - 1 was a new home and the other three were conversions",,"X",,"5659",,,"5.0000",,"Monitored the energy used by the heat pump, water pump, blower, and auxiliary heat in the HVAC system and the energy and water used by the water heater","Vertical ground-coupled heat pump loop",,,,"X",,,,,,,,,,,,"X",,,,"3.3000",,"16981.0000",,,,,,,,,,,,,,,,"H. L. Milburn","West Penn Power Co.","Greensburg","PA",,,,"A-158"
"PA-038d","Milburn, 1989","Residential","1987","3553.0000","West Penn","PA",,,"Monitored closed loop ground-coupled heat pump within four residents - 1 was a new home and the other three were conversions",,"X",,"5662",,,"4.0000",,"Monitored the energy used by the heat pump, water pump, blower, and auxiliary heat in the HVAC system and the energy and water used by the water heater","Vertical ground-coupled heat pump loop",,,,"X",,,,,,,,,,,,"X",,,,"3.7000",,"12845.0000",,,,,,,,,,,,,,,,"H. L. Milburn","West Penn Power Co.","Greensburg","PA",,,,"A-159"
"PA-541a","Messer, 1993","Residential","1993",,"Williamsport","PA",,,"This ia an evaluation of slinky loop designs for GSHP systems.  This case is a slinky installed horizontally on the bottom of the trench, 3 ft in diameter, 1000 ft of pipe.",,,,"6400",,,"1.0000","Florida","Monitored water, air, and soil temperatures, air flow measurements, and electric consumption","Horizontal slinky loop installed horizontally on the bottom of a 5 ft trench, 3 ft in diameter, and 1000 ft. of pipe","34.0000",,,,,,"X","80.0000","5.0000",,,,,,,"X",,,,"3.0000",,,,,,,,,,,,,,,,,,"Joann Kramer","Two North Ninth Street","Allentown","PA",,"18101","610-774-5151","A-160"
"PA-541b","Messer, 1993","Residential","1993",,"Williamsport","PA",,,"This ia an evaluation of slinky loop designs for GSHP systems.  This case is a slinky installed vertically, bottom of the trench at 6 ft., 3 ft in diameter, 1000 ft of pipe.",,,,"6400",,,"1.0000","Florida","Monitored water, air, and soil temperatures, air flow measurements, and electric consumption","Horizontal slinky loop installed vertically on the bottom of a 6 ft trench, 3 ft in diameter, and 1000 ft. of pipe","34.0000",,,,,,"X","80.0000","6.0000",,,,,,,"X",,,,"3.0500",,,,,,,,,,,,,,,,,,"Joann Kramer","Two North Ninth Street","Allentown","PA",,"18101","610-774-5151","A-161"
"PA-541c","Messer, 1993","Residential","1993",,"Williamsport","PA",,,"This ia an evaluation of slinky loop designs for GSHP systems.  This case is a slinky installed horizontally on the bottom of the trench, 2 ft in diameter, 750 ft of pipe.",,,,"6400",,,"1.0000","Florida","Monitored water, air, and soil temperatures, air flow measurements, and electric consumption","Horizontal slinky loop installed horizontally on the bottom of a 5 ft trench, 2 ft in diameter, and 750 ft. of pipe","33.0000",,,,,,"X","80.0000","5.0000",,,,,,,"X",,,,"2.9000",,,,,,,,,,,,,,,,,,"Joann Kramer","Two North Ninth Street","Allentown","PA",,"18101","610-774-5151","A-162"
"PA-541d","Messer, 1993","Residential","1993",,"Williamsport","PA",,,"Two slinky  loops installed side-by-side on bottom of one trench, 3 ft in diameter, 500 ft of pipe.",,,,"6400",,,"1.0000","Florida","Monitored water, air, and soil temperatures, air flow measurements, and electric consumption","Two horizontal slinky loops installed side-by-side on bottom of one 5 ft trench, each loop 3 ft in diameter, and 500 ft of pipe","32.0000",,,,,,"X","40.0000","5.0000",,,,,,,"X",,,,"3.2000",,,,,,,,,,,,,,,,,,"Joann Kramer","Two North Ninth Street","Allentown","PA",,"18101","610-774-5151","A-163"
"PA-541e","Messer, 1993","Residential","1993",,"Williamsport","PA",,,"Two slinky  loops installed side-by-side on bottom of one trench, 2 ft in diameter, 500 ft of pipe.",,,,"6400",,,"1.0000","Florida","Monitored water, air, and soil temperatures, air flow measurements, and electric consumption","Two horizontal slinky loops installed one loop in each 5 ft. trench, each loop 2 ft in diameter, and 500 ft of pipe","32.0000",,,,,,"X","40.0000","5.0000",,,,,,,"X",,,,,,,,,,,,,,,,,,,,,,"Joann Kramer","Two North Ninth Street","Allentown","PA",,"18101","610-774-5151","A-164"
"TN-529","Johnson, 1986","Residential","1983","1800.0000","Knoxville","TN",,,"This residence is in a Tennessee experimental facility labeled House I.  The house has R-19 walls and R-22 ceiling insulation and has passive solar features consisting of south-facing glass.","X",,,"3478","1569","Methanol",,,"Monitored hourly heat flows, energy consumptions, specified temperatures, meteorological conditions.","Horizontal ground-coupled system layout in a serpentined array.  It consistes of 675 ft. of 1.25 in PB pipe.",,"PB","1.2500",,,,"X","675.0000","4.0000",,,,,,,"X",,,,"3.6000","11.6000","9874.0000",,"$5290.0000",,,,,,,,,,,,,,,,,,,,,"A-170"
"TN-550","Mei, 1986","Residential","1982",,"Knoxville","TN",,,"This residence is in a Tennessee experimental facility labeled House II.  It consisted of a vertical system with 6 wells drilled at depths of 53, 60, 70, 80, 90, and 100 ft.","X",,,,,"Methanol","3.5000",,"Monitored all temperatures, power consumption, and heating/cooling energy delivered readings on an hourly basis.","Vertical ground-coupled system with six 6-in wells drilled at depths of 53, 60, 70, 80, 90, and 100 ft.  All six wells are connected in series.",,"PE","1.5000","X","6",,,,,,,,,,,"X",,,,,,"7800.1000",,,,,,"X",,,,,,,,,,,,,,,,,"A-171"
"TN-551a","Johnson, 1987","Residential","1983","1800.0000","Knoxville","TN",,,"This residence is in a Tennessee experimental facility labeled House I a previous test was conducted in 1982.  The house has R-19 walls and r-22 ceiling insulation.",,"X","13.0000","2338","765",,,,"Monitored hourly heat flows, energy consumptions, specified temperatures, meteorological conditions.","Horizontal ground-coupled system layout in a serpentined array.  It consistes of 675 ft. of 1.25 in PE pipe with about 3 in. of sand backfill all around the pipe.",,"PE","1.2500",,,,"X","675.0000","4.0000",,,,,,,"X",,,,,,,,,,,,"X",,,,,,,,,,"Robert Baugh","TECH Facility","Knoxville","TN",,,,"A-172"
"TN-551b","Johnson, 1987","Residential","1984","1200.0000","Knoxville","TN",,,"This residence is in a Tennessee experimental facility labeled House V.  The house has R-19 walls and R-38 ceiling insulation.","X",,"13.0000","2338","765",,,,"Monitored hourly heat flows, energy consumptions, specified temperatures, meteorological conditions.","Horizontal ground-coupled system consisting of a loop 1135 ft long of weldable PB 1.5 in. pipe buried between 4 and 6 ft.",,"PB","1.5000",,,,"X","1135.0000","5.0000",,,,,,,"X",,,,"3.7000","9.8000",,,,,,,"X",,,,,,,,,,"Robert Baugh","TECH Facility","Knoxville","TN",,,,"A-173"
"VA-548","Salant, 1995","Residential","1994","2180.0000","Leesburg","VA",,,"This Arkin Home was installed with a vertical ground-coupled system when built.  The home is part of Virginia Power's New Technology Pilot Program which the utility created to test electric HP systems","X",,,,,,,,"No monitored data","Vertical ground-coupled system with 4 boreholes each at 150 foot depth.","55.0000",,,"X","4","150",,,,,,,,,,"X",,,,,,,,"$13000.0000","$894.0000","49","11.0000",,"X",,,,,,,,"$1753.0000",,,,,,,,"A-180"
"VA-044","Kavanaugh, 1992","Residential","1992",,"Norfolk","VA",,,"Vertical GSHP vs ASHP study.  Systems considered were a high eff. single speed, a variable speed air source, a standard ground source, a high eff. GSHP",,,,,,,"3.5000",,"No monitored data - computer study bin method","Vertical  ground source heat pumps - 600 ft. bore in saturated soil",,,,"X",,"600",,,,,,,,,,,"X",,,"3.4000","15.2000","8095.0000","41",,,,,,"X","13757.0000",,,,,,"13757.0000",,"Steve Kavanaugh","University of Alabama","Tuscaloosa","AL",,"35487","205-348-1649","A-175"
"VA-034","Bruce, 1990","Residential","1989","4370.0000","Purcellville","VA",,"22132","Home with super-insulated walls of structural panel system instead of stud-wall framing and low-emmissivity windows.  Horizontal ground couple loop.","X",,,,,,,,"Energy meter (kWh) on heat pump, water heater/desuperheater, house and aux. heat","Horizontal ground couple loop buried 4.5 ft, about a foot under the septic field.","55.0000",,,,,,"X",,"4.5000",,,,,,,"X",,,,,,"6546.0000",,,"$523.6800",,,,,,,,,,,,,"Ray V. McDonald","Route 3, Box 55A","Purcellville","VA",,"22132","703-668-6544","A-174"
"CN-178a","Cane, Undated","Residential",,,,,"Canada",,"A reasearch paper comparing design lengths to actual lengths and mantaining required EWT",,,"10.4000",,,,"2.0000","Command Aire","A research project comparing EWT for actual and modeled systems","Single pipe Horizontal","54.0000","PE","1.5000",,,,"X","507.0000","4.0000","1",,,,,,"X","X",,,,,,,,,,,,,,,,,,,,,"R.L. Douglas Cane","Caneta Reasearch Inc",,,,,,"A-29"
"CN-178b","Cane, Undated","Residential",,,,,"Canada",,"A reasearch paper comparing design lengths to actual lengths and mantaining required EWT",,,"6.0000",,,,"2.0000","Command Aire","A research project comparing EWT for actual and modeled systems","Two pipe over/under horizontal","50.0000","PB","1.0000",,,,"X","71.0000","5.0000","2",,,,,,"X","X",,,,,,,,,,,,,,,,,,,,,"R.L. Douglas Cane","Caneta Reasearch Inc",,,,,,"A-30"
"CN-178c","Cane, Undated","Residential",,,,,"Canada",,"A reasearch paper comparing design lengths to actual lengths and mantaining required EWT",,,"2.0000",,,,"4.5000","Cantherm","A research project comparing EWT for actual and modeled systems","Two pipe side by side horizontal","50.0000","PB","1.0000",,,,"X","750.0000","3.0000","2",,,,,,"X","X",,,,,,,,,,,,,,,,,,,,,"R.L. Douglas Cane","Caneta Reasearch Inc",,,,,,"A-31"
"CN-178d","Cane, Undated","Residential",,,,,"Canada",,"A reasearch paper comparing design lengths to actual lengths and mantaining required EWT",,,"6.0000",,,,"3.0000","Command Aire","A research project comparing EWT for actual and modeled systems","3 u-tube Parallel Vertical","50.0000",,,,"3","150",,,,,"X",,,,,"X","X",,,,,,,,,,,,,,,,,,,,,"R.L. Douglas Cane","Caneta Reasearch Inc",,,,,,"A-32"
"CN-533","Lenarduzzi, 1991","Residential","1990",,,,"Canada",,,,,,,,"R-22","2.5000",,"Monitored refrigerant flow, pressure on the compressor, temp. of the refrigerant and the surronding ground.","Horizontal sytem with three spiral ground coils.  The coils are buried in three separate trenches each 6 ft deep and 55 ft long.",,"Copper","0.5000",,,,"X","55.0000","6.0000",,,,,,,"X",,,,"2.8500",,,,,,,,,,,,,,,,,,"Frank Lenarduzzi","Ontario Hydro","Toronto",,"Canada",,,"A-33"
"CN-050c","Kyd, 1987","Residential","1986","2153.0000","Ashton",,"Canada",,"Retrofit of 1826 home from oil furnace and electric heat to a ground source heat pump",,"X",,,,,,"Cantherm DUO520","Monitored energy cost for the residential home","Horizontal ground-couple loop","34.0000","PE","1.2500",,,,"X","1312.0000","2.8000",,,,,,,"X",,,,"3.0000",,,,"$10200.0000","$800.0000","69","4.1000","X",,,,,,,,,"$2600.0000","James Kyd","Aqua Scene Ltd 31 Northside Rd","Nepean",,"Canada","K2H8S1","613-829-3545","A-23"
"CN-052e","Sulatisky, 1991","Residential","1984","2000.0000","Fort Qu'appelle",,"Canada",,"5 residential heat pump systems, which have been operating for between 5 to 8 years were intensively monitored for performance over a 2 year period.  3 were well-to-wells systems, 1 was a ground-loop,",,"X",,"10900",,"13.8% calcium chlori",,,"Electrical consumption of the house, blower, compressor, and pump; energy extracted from the fluid;run-time;# of compressor on-off cycles; volume of water through heat exchanger; inside and outside temperatures","Horizontal ground loop.  The loop extends 450 ft into the lake and pumps at a rate of 11 gpm","41.5000","PE","2.0000",,,,"X","1800.0000",,"1",,,,,,"X",,"2206.0000",,"2.3000",,"28470.0000","56","$5700.0000","$580.0000","56",,,"X",,"64303.0000",,,,,"64303.0000","$1310.0000","M. T. Sulatisky","Saskatchewan Reasearch Council","Saskatoon",,"Canada",,,"A-28"
"CN-050b","Kyd, 1987","Residential","1984","3498.0000","Manotick",,"Canada",,"Retrofit of 1835 home from oil furnace and baseboard heaters to a ground source heat pump",,"X",,,,,,"Cantherm Duo520","Monitored energy cost for the residential home","Horizontal ground-couple loop","34.0000",,,,,,"X","820.0000",,"2",,,,,,"X",,,,"3.0000",,,,"$10200.0000",,,"1.4000","X",,,,,,,,,,"James Kyd","Aqua Scene Ltd 31 Northside Rd","Nepean",,"Canada","K2H8S1","613-829-3545","A-22"
"CN-021","Olivares, 1990","Residential","1987",,"Ontario",,"Canada",,"GCHP and groundwater heat pumps in 27 homes all over Ontario, Canada.",,,"-15.0000",,,,"4.6000",,"15 min. intervals of GSHP, water heating, back-up heating (plenum), and the total loads. Avg. GSHP savings of 25% over all electric resistance heat.","Ground coupled and groundwater type heat pumps.",,,,,,,,,,,"X",,,,,"X",,,,,,,,,,,,,,,,,,,,,,"A.L. Punhani",,,,,,,"A-20"
"CN-052a","Sulatisky, 1991","Residential","1984","4000.0000","Qu'appelle Valley",,"Canada",,"5 residential heat pump systems, which have been operating for between 5 to 8 years were intensively monitored for performance over a 2 year period.  3 were well-to-wells systems, 1 was a ground-loop,","X",,,"10900",,,,,"Electrical consumption of the house, blower, compressor, and pump; energy extracted from the fluid;run-time;# of compressor on-off cycles; volume of water through heat exchanger; inside and outside temperatures","Ground water well with a submersible pump which supplies water at a rate of 15 gpm.  Aquifer is a permeable sand with gravel mixture","45.3000",,,,,,,,,,"X","2","144","5.5000","15.0000","X",,"2089.0000","77.0000","2.3000","11.7000","34310.0000","56","$7380.0000","$690.0000","56",,,"X",,"77570.0000",,,,,"77570.0000","$1560.0000","M. T. Sulatisky","Saskatchewan Reasearch Council","Saskatoon",,"Canada",,,"A-24"
"CN-050a","Kyd, 1987","Residential","1984","3229.0000","Renfrew",,"Canada",,"Retrofit of 1852 home from oil furnace to a ground source heat pump",,"X",,,,"30% ethynlene glycol","3.7000","Cantherm","Monitored energy cost for the residential home","Horizontal ground-couple heat pump with two horizontal loops and a ground temp of 2 C","34.0000","PE","1.2500",,,,"X","1260.0000","3.5000","2",,,,,,"X",,,,"3.0000",,,,"$10200.0000","$781.0000","70","2.6000","X",,,,,"1744.0000",,,,"$2643.0000","James Kyd","Aqua Scene Ltd 31 Northside Rd","Nepean",,"Canada","K2H8S1","613-829-3545","A-21"
"CN-052c","Sulatisky, 1991","Residential","1984","2160.0000","Saskatoon",,"Canada",,"5 residential heat pump systems, which have been operating for between 5 to 8 years were intensively monitored for performance over a 2 year period.  3 were well-to-wells systems, 1 was a ground-loop,","X",,,"10900",,,,,"Electrical consumption of the house, blower, compressor, and pump; energy extracted from the fluid;run-time;# of compressor on-off cycles; volume of water through heat exchanger; inside and outside temperatures","Ground water well with a submersible pump which supplies water at a rate of 9 gpm.  Aquifer is located in surfical sand that was formerly a part of the Saskatchewan River system","45.1000",,,,,,,,,,"X","2","50","30.0000","9.0000","X",,"1860.0000","147.0000","1.8000","6.1000","24450.0000","44","$5000.0000","$630.0000","44",,,"X",,"43855.0000",,,,,"43855.0000","$1130.0000","M. T. Sulatisky","Saskatchewan Reasearch Council","Saskatoon",,"Canada",,,"A-26"
"CN-052b","Sulatisky, 1991","Residential","1982","1700.0000","Semans",,"Canada",,"5 residential heat pump systems, which have been operating for between 5 to 8 years were intensively monitored for performance over a 2 year period.  3 were well-to-wells systems, 1 was a ground-loop,",,"X",,"10900",,,,,"Electrical consumption of the house, blower, compressor, and pump; energy extracted from the fluid;run-time;# of compressor on-off cycles; volume of water through heat exchanger; inside and outside temperatures","Ground water well with a submersible pump which supplies water at a rate of 8 gpm.  Spent water is discharged into a slough 300 ft from the house.","42.0000",,,,,,,,,,"X","1","256","4.5000","8.0000","X",,"1872.0000","158.0000","2.1000","9.1000","23400.0000","51","$4300.0000","$520.0000","51",,,"X",,"48150.0000",,,,,"48150.0000","$1070.0000","M. T. Sulatisky","Saskatchewan Reasearch Council","Saskatoon",,"Canada",,,"A-25"
"CN-052d","Sulatisky, 1991","Residential","1985","2150.0000","Vanscoy",,"Canada",,"5 residential heat pump systems, which have been operating for between 5 to 8 years were intensively monitored for performance over a 2 year period.  3 were well-to-wells systems, 1 was a ground-loop,",,"X",,"10900",,"34% ethynlene glycol",,,"Electrical consumption of the house, blower, compressor, and pump; energy extracted from the fluid;run-time;# of compressor on-off cycles; volume of water through heat exchanger; inside and outside temperatures","Horizontal ground loop.  The heat pump delivers at 12 gpm","39.7000","PE","1.5000",,,,"X","2400.0000","8.0000","1",,,,,,"X",,"2450.0000",,"2.7000",,"14700.0000","63","$10000.0000","$260.0000","63",,,"X",,"39577.0000",,,,,"39577.0000","$700.0000","M. T. Sulatisky","Saskatchewan Reasearch Council","Saskatoon",,"Canada",,,"A-27"
"GR-308c","Sanner, 1990; Sanner, Undated","Residential","1987",,"Gottingen",,"Germany",,"3 Residential and 1 commercial building were selected to monitor the performance of GCHP under various ground conditions.  This system is hydronic, floor heating, and with DHW",,,,,,,"4.8000","Siemens Si17","Monitored energy from the line (including brine pump), Thermal energy supplied, brine temps. to an from earth probe, water temps. to and from heat distribution system, Earth temp. in one hole","Vertical ground couple loop.  Ga 4x25.  The geology- period Triassic, lithology limestone",,,,"X","6","122",,,,,,,,,,"X",,"1694.0000",,"2.5000",,"11370.0000",,"$20800.0000","$1193.3300","-15",,,"X",,,,,,,,"$1040.0000","Burkhard Sanner","Helmut Hund GmbH, Box 63","Wetzlar",,"Germany","D6330",,"A-47"
"GR-308a","Sanner, 1990; Sanner, Undated","Residential","1987",,"Mulheim",,"Germany",,"3 Residential and 1 commercial building were selected to monitor the performance of GCHP under various ground conditions.  This system is hydronic, floor heating, and not DHW",,,,,,,"7.1000","Stiebel WPE25","Monitored energy from the line (including brine pump), thermal energy supplied, brine temps. to and from earth probe, water temps. to and from heat distribution system, earth temp. in one hole","Vertical ground couple loop.  Ga 4x25.  The geology- period Carboniferous,lithology dark shale",,,,"X","5","122",,,,,,,,,,"X",,"2176.0000",,"2.9000",,"21340.0000",,"$20800.0000","$2120.0000","-18",,,"X",,,,,,,,"$1800.0000","Burkhard Sanner","Helmut Hund GmbH, Box 63","Wetzlar",,"Germany","D6330",,"A-46"
"GR-308d","Sanner, 1990; Sanner, Undated","Residential","1987",,"Waldmohr",,"Germany",,"3 Residential and 1 commercial building were selected to monitor the performance of GCHP under various ground conditions.  This system is hydronic, floor heating, and with DHW",,,,,,,"4.8000","Siemens Si17","Monitored energy from the line (including brine pump), thermal energy supplied, brine temps. to and from earth probe, water temps. to and from heat distribution system, earth temp. in one hole","Vertical ground couple loop.  Ga 4x25.  The geology- period Triassic, lithology sandstone",,,,"X","3","122",,,,,,,,,,"X",,"676.0000",,"2.4000",,"4850.0000",,"$20800.0000","$586.6700","-10",,,"X",,,,,,,,"$533.0000","Burkhard Sanner","Helmut Hund GmbH, Box 63","Wetzlar",,"Germany","D6330",,"A-48"
"SW-546b","Franck, 1985","Residential","1981",,"Gothenburg",,"Sweden",,"The utby plant consists of a ground storage system consisting of vertical pipes and is used to heat a single-family residence.","X",,,,,,,,"Monitored energy consumption","A vertical system consisting of 37 boreholes at a depth of 33 ft.",,,"2.0000","X","37","33",,,,,,,,,,"X",,,,"3.0000",,"8000.0000",,,,,,,,,,,,,,,,,,,,,,,"A-169"
"CA-525","Geo-Heat Center, 1982","School","1982",,"Big Bend","CA",,,"Indian Springs School is currently using an electric resistance system and are looking into an alternative heating system.  This is a feasiblity study for a GWHP system.",,"X","10.0000","4387",,,"24.0000",,"Feasibilty study for Indian Springs School","Groundwater heat pump system using a 72 F well.","72.0000",,,,,,,,,,"X","1",,,"88.0000",,"X",,,"3.2000",,"101311.0000","63","$101200.0000","$9969.0000","51","14.0000","X",,,"270187.0000",,,,,"270187.0000","$20453.0000",,,,,,,,"B-1"
"MN-063","Connett, 1993; Cane, 1995","School","1992","78000.0000","Onamia","MN",,,"The Onamia Elementary School is a slingle story building.  The local school board decided to install a GSHP system after visiting other schools in Minnesota and North Dakota.  Gas was not available when it was constructed.","X",,,,,"Propylene gycol","193.0000","Econar","Monitored monthly kWh usage","Vertical ground coupled loop.  It has more than 11 miles of pipe.  There are 53 heat pumps varying in capacity from 2 to 5 tons.","45.0000","Polybutylene",,"X","560","50",,,,,,,,,,"X",,,,,,"829000.0000","32","$705000.0000","$43200.0000","17","2.8000","X",,,,"40400.0000",,,,"1224070.0000","$51900.0000","Gary Connett","United Power Association",,,,,,"B-5"
"MN-067a","Metz, 1992","School","1990","57000.0000","Perham","MN",,,"This elementary school has a sloped roof design and is heated and cooled by a closed loop geothermal system","X",,,,,,,"Command-Aire","Monitored monthly kWh usage","Vertical closed loop system.  It has 63 heat pumps.  Alternative energy system 35 KV Cummins generator",,,,"X","256","160",,,,,,,,,,"X",,,,,,,,,"$14900.0000",,"5.0000",,,,,,,,,,,"Frederick Sailer","200 5th Street S.E.","Perham","MN",,"56573","218-346-4501","B-6"
"MO-069","Associative Electric Coop., Undated","School","1988",,"College Linn","MO",,,"Linn Technical College aviation building.  Winter peak demad = 29.76 kW.  Summer peak demand = 54.56 kW.",,,,,,,,,"Monthly kWh and peak kW","Not specified as to type",,,,,,,,,,,,,,,,"X",,,,,,"66040.0000",,,"$4525.0000",,,,,,,,,,,,,,,,,,,,"B-8"
"MO-070","Fugitt, 1992","School","1990",,"Osceola","MO",,,"Warsaw Elementary School.  $9000 a year savings",,"X",,,,,"44.0000",,"Not Applicable","Not specified as to type",,,,,,,,,,,,,,,,,,,,,,,,,,,"7.0000",,,,,,,,,,,,"Kamo Album Box 577","Vinita","OK",,"74301","918-256-5551","B-9"
"MO-068","Grubb, 1993","School","1992",,"Queen City","MO",,"63561","Schuyler R-I School district's middle and elementary school.  Old system was electric resistance and the new system is a GSHP.  Tthere is a 48% savings with the new system.",,,,,,,,,"kWh of 1991-92 electric resistance and 1992-93 GSHP electric consumption on a monthly basis","Not specified as to type",,,,,,,,,,,,,,,,"X",,,,,,,,,"$25316.0000","48",,"X",,,,,,,,,"$48683.0000","David Grubb","Schuyler R-I School District","Queen City","MO",,"63561","816-766-2204","B-7"
"ND-067b","Metz, 1992","School","1994","200000.0000","Fargo","ND",,"58103","This middle school will have 164 small heat transfer units.  It will have more than 40 miles of piping",,,,,,,,,"No monitored information yet.","Vertical closed loop system.  It will have 164 small heat tranfer units.  It will have 40 miles of piping",,"Plastic","1.0000","X","688","150",,,,,,,,,,,,,,,,,,"$450000.0000",,,,,,,,,,,,,,"Vern Bennett","Fargo Public Schools","Fargo","ND",,"58103","701-241-4868","B-11"
"ND-066","Hulet, 1993; Command-Aire, 1990","School","1988","57400.0000","Wahpeton","ND",,,"This middle school was installed with a ground source heat pump after comparing costs of other alternatives - Natural gas boiler no cooling, natural gas with cooling and GSHP with cooling",,,"-25.0000","8564",,"Propylene gycol","220.0000","Command Aire","Monitored heat pump (kWh) and remaining kWh for new school","Vertical ground couple loop.  It has 21.7 miles of total pipe length.",,"PB","1.0000","X","286","150",,,,,,,,,,"X",,,,"3.0000",,"678000.0000","78","$417550.0000","$14410.0000",,,,"X",,,"103300.0000",,,,"3129000.0000",,"Chuck Hulet","Otter Tail Power",,,,,"218-739-8361","B-10"
"NJ-543a","WaterFurnace, 1995","School","1993","32000.0000","Carney's Point","NJ",,,"The Salem Community College Donaghay building was completed in November 1993.  This multipurpose building includes the library, bookstore, student union, and several classrooms.",,"X",,,,,"80.0000","WaterFurnace","No monitored data","Vertical closed loop system composed of high density polyethylene piping consisting of 50 wells for the two buildings.",,"PE",,"X","50","200",,,,,,,,,,"X",,,,,,,,,,,,,,,,,,,,,,"Barb Wieging","9000 Conservation Way","Fort Wayne","IN",,"46819","219-478-5667","B-13"
"NJ-543b","WaterFurnace, 1995","School","1994","31000.0000","Carney's Point","NJ",,,"The Salem Community College Science and Technology building was completed in January 1994.  It features 16 geothermal units totaling 80 tons of capacity.",,"X",,,,,"80.0000","WaterFurnace","No monitored data","Vertical closed loop system composed of high density polyethylene piping consisting of 50 wells for the two buildings.",,"PE",,"X","50","200",,,,,,,,,,"X",,,,,,,,,,,,,,,,,,,,,,"Barb Wieging","9000 Conservation Way","Fort Wayne","IN",,"46819","219-478-5667","B-14"
"NJ-074","Stiles, 1994","School","1993","357000.0000","Pomona","NJ",,,"Geothermal Energy Conversion Project at StocktonState College.  Replace 72 rooftop units with ground coupled heat pumps.",,"X",,,,,"1480.0000",,"18 monitoring wells in geothermal field- vert. temp. profile, pressure & soil perm., water samples/ chemistry, water loop temp., flow.  5 min intervals- runtime, out/inside temp., windspeed, insolation.  21 digital power mete","Vertical ground-coupled.  Located under the parking lot on 15 ft. grid (300' X 600')",,,,"X","400","425",,,,,,,,,,,"X",,,,,"7866880.0000","47","$5022000.0000","$627089.0000",,"3.5000","X",,,,"214980.0000",,"8427418.0000",,"14941160.0000",,"Sam Pressley","Office of Public Relation","Pomona","NJ",,"08240","609-652-4521","B-12"
"NV-555","IGSPHA, April 1995","School","1995","82000.0000","Ely","NV",,,"White Pine County High School was opened in February 1995.  The heating system features a closed-loop heat exchanger made of nearly 78000 ft of Driscopipe 5400 high density polyethylene pipe.","X",,,,,,,,"No monitored data.","Vertical closed loop system consisting of 144 boreholes 250 ft deep.  The loop consists of 72000 ft of 1-in pipe, 5200 ft of 3-in. pipe, 440 ft of 6-in. pipe, and 240 ft of 8 in. pipe.
",,"HDPE","1.0000","X","144","250",,,,,,,,,,,,,,,,,,"$763000.0000",,,,,,,,,,,,,,,,,,,,,
"OR-075","ACR Engineering, Inc., 1990","School","1988","55350.0000","Junction City","OR",,,"The East Wing of Junction City School contains 21 classrooms, a regulation gym and an exercise gym, a kitchen /cafteria, laundry, storage shed, locker rooms and a metal shop building.",,"X",,"4405","1824",,"101.0000","Marvaire","Electric meters for kWh use of the heat pumps alone","Groundwater closed loop heat pump system using well water as the heat sink/ heat source.","53.0000",,,,,,,,,,"X","2",,,,"X",,,,"3.5000","14.5000","588240.0000","57","$265000.0000","$31050.0000",,,"X",,,,"34330.0000",,,,"1371086.0000",,"Malcom Smith","301 SW Lincoln, Suite 1310","Portland","OR",,"97201","503-241-1007","B-16"
"TX-072","Cadwallader, 1993","School","1991",,"Austin","TX",,,"5 new elementary schools, 43 elementry additions and retrofits, 1 new middle school, 3 middle school retrofits, and 3 Austin Comm. Colleges.","X","X",,,,,"6600.0000",,"kWh and peak kW for Aug 1990 to Sept 90 before heat pump went into service and Aug. 1991 to Sept 91 after heat pump went into service.","6373 vertical loops installed - 1266 miles of pipe",,,,"X",,"270",,,,,,,,,,"X",,,,"4.0000","15.0000",,,,,,,,,,,,,,,,,"Ralph A. Cadwallader","Loop Tech Intl.  607 Hwy 19","Huntsville","TX",,"77340","409-295-7038","B-18"
"TX-073","Command-Aire,1993","School","1985",,"San Marcos","TX",,,"Retrofitted a school from an aircooled rooftop with gas heat to an earth coupled heat pump with 12 additional classrooms and remodeled areas.",,"X",,,,,"175.0000",,"kWh for Aug-Oct and Dec-Feb each year from 1984 to 1986","Vertical ground source heat pump",,,,"X",,,,,,,,,,,,"X",,,,,,,,,"$212348.0000","13",,"X",,,,,,,,,"$244987.0000","Command-Aire","Box 7916","Waco","TX",,"76714","817-840-3244","B-19"
"WA-534a","Simpson, 1994","School",,"104000.0000",,"WA",,,"Issaquah School District uses a horizontal closed-loop system.  It relies on 23 miles of flexible piping buried four to six feet underground.  The system consists of 54 heat pumps",,,,,,,,,"No monitored data","Horizontal closed-loop system with 54 heat pumps.",,,,,,,"X",,"5.0000",,,,,,,"X",,,,,,,,,,,,,,,,,,,,,,"Stu Simpson","P. O. Box 43165","Olympia","WA",,"98504",,"B-21"
"WA-534b","Simpson, 1994","School","1992","30000.0000",,"WA",,,"Kittitas Middle school has a vertical closed-loop system.  The system has been operating since Sept. 1992.",,,,,,,,,"No monitored data","Vertical closed-loop system with 70 wells at a depth of 200 ft.  The total piping equals about 2.5 miles.",,,,"X","70","200",,,,,,,,,,"X",,,,,,,,,,,,,,,,,,,,,,"Stu Simpson","P.O. Box 43165","Olympia","WA",,"98504",,"B-22"
"WA-534c","Simpson, 1994","School","1992",,,"WA",,,"The Brewster School District uses ground water directly in both of its schools.  Both systems went on line in the fall of 1992.",,,,,,,,,"No monitored data","Ground water system with 2 shallow wells.  The system pumps water through a stainless steel heat exchanger at each school then reinjects the water back into the two wells",,,,,,,,,,,"X","2","47",,,"X",,,,,,,,,,,,,,,,,,,,,,"Stu Simpson","P.O. Box 43165","Olympia","WA",,"98504",,"B-23"
"WA-523","Geo-Heat Center, 1979","School","1979","216635.0000","Ephrata","WA",,,"The city schools of Ephrata are currently using an oil fired steam and water boilers system.  They are looking into utilizing an existing well to heat their five schools",,"X",,,,,,,"No monitored data- Feasibility study","Groundwater heat pump system using an 86 F existing well","86.0000",,,,,,,,,,"X","1",,,"225.0000",,"X",,,"3.2000",,"1425613.0000","76","$800000.0000","$56697.0000","58",,"X",,,,,"148368.0000",,,"5934720.0000","$133531.0000",,,,,,,,"B-20"
"CN-556b","Bass, April 1995","School","1992","182000.0000","Markham",,"Canada",,"The Father Micheal McGivney Catholic High School consists of a vertical closed loop system under the schools football field.  Thew system is connected to 97 water-to-air heat pumps ranging in size from 1 to 25 tons. for 410 t","X",,,,,,"410.0000",,"No monitored data.","Vertical closed loop system consisting of 360 boreholes at an average depth of 200 ft.  It consumed 72000 ft of 1.25-in. high density polyethylene pipe.",,"HDPE","1.2500","X","360","200",,,,,,,,,,,,,,,,,,"$2393300.0000",,,,,,,,,,,,,,,,,,,,,
"CN-401","EnerOptions, 1988","School","1987",,"St. Thomas",,"Canada",,"This church/school recently underwent a $700,000 expansion and improvement program. 150 children are enrolled in the private school. The original gas-fired heating equipment was replaced by a GSHP",,"X",,,,"30% glycol","35.0000","WaterFurnace","No monitored data","Vertical earth loop with a total of 13780 ft of groud loop.",,"PB","1.5000","X","63","110",,,,,,,,,,,,,,,,,,"$96000.0000",,,,,,,,,,,,,,"Neil Wright","Dual Trade Services, R.R. 6","St. Thomas",,"Canada","N5P3T","519-631-4868","B-4"
"CN-400","EnerOptions,1988","School","1986","20021.0000","Steinbach",,"Canada",,"Mitchell School is a newly contructed single story facility","X",,,,,,"37.0000","Friedrich","Monitored monthly electrical consumption (kWh)","Vertical water-to-air reversible heat pump","43.0000",,,,,,,,,,"X",,,,,"X",,,,,,,,,,,,,"X",,,,,,,,,"E.J. Faraci","200 - 330 St. Mary Avneue","Winnipeg",,"Canada","R3C3Z5","204-949-1000","B-3"
"CN-062","Connell, 1987","School","1987","35000.0000","Stoney Creek",,"Canada",,"The elementary school is a square layout single story structure.  It has 13 classrooms, 2 kindergarten rooms, a general purpose room library, and administrative offices","X",,,,,,"64.0000",,"Monitored energy consumption of the school, hourly heat flow, and ground loop temp","Horizontal ground loop.",,"PE","1.2500",,,,"X","166.0000","4.0000","9",,,,,,"X",,,,,,"453200.0000","39",,"$23888.0000","36","4.8000",,"X",,"748720.0000",,,,,"748720.0000","$37569.0000","F. J. Lenarduzzi","Ontario Hydro Research Division",,,,,,"B-2"
"CN-556a","Bass, April 1995","School",,"80000.0000","Trenton",,"Canada",,"The St. Paul Catholic High School is an 80,000 sq ft sigle-story building.  It consists of a horizontal system and uses 113 tons of heat pump capacity.
","X",,,,,,"113.0000",,"No monitored data","Horizontal closed loop system consisting of 50800 sq ft of pipe buried 4 to 6 ft below grade.