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Distributed Generation Study/SUNY Buffalo
Capacity 0.12 MW (120 kW, 120,000 W, 120,000,000 mW, 1.2e-4 GW, 1.2e-7 TW, 1.2e-10 PW, 1.2e-13 EW, 1.2e-16 ZW)  +
Combustion Intake Air Temperature 303.761 K (30.611 °C, 87.1 °F, 546.77 °R)  + , 251.428 K (-21.722 °C, -7.1 °F, 452.57 °R)  +
Component Integration Factory Integrated  +
Distributed Generation/Site Description Institutional-School/University  +
Distributed Generation Prime Mover Capstone C60 +
Distributed Generation System Application Combined Heat and Power +
Distributed Generation System Enclosure Outdoor  +
Distributed Generation System Heating-Cooling Application Process Heat and/or Cooling +
Distributed Generation System Power Application Based Load +
Fuel Natural Gas +
Heat Recovery Rating 600,000  +
Heat Recovery Systems Built-in +
Nominal Voltage 480  +
Number of Prime Movers 2  +
Organizations Gerster Trane +
Origin of Controller Manufacturer-Integrated  +
Place Buffalo, New York: Energy Resources +
Stand-alone Capability None  +
Study Type Long-term Monitoring +
Technology Microturbine +
Categories Distributed Generation Studies
Modification date
"Modification date" is a predefined property that corresponds to the date of the last modification of a subject and is provided by Semantic MediaWiki.
22:49:43, 24 January 2013  +
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