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Combined Heat and Power
We have substantial expertise with many new combined heat and power (CHP)
technologies including microturbines, engines and large turbines. We also have experience integrating state-of-the-art
components into highly effective CHP systems that cost-effectively utilize available power and waste heat to the fullest
extent possible. Our current field demonstration sites are evaluating CHP systems that include microturbines, engines,
direct-exhaust absorption chillers, desiccant dehumidification system, and refrigeration subcooling systems. Our role
in CHP demonstration projects often includes project management, conceptual design, commissioning, and detailed monitoring
and evaluation. We are currently working on several DOE, utility and NYSERDA funded demonstration projects around the US.
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Selected Projects:
Evaluating the Potential of Building CHP at a Large Resort -
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New
York State Energy Research and Developement Authority
Department of Energy |
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We evaluated the technical and economic potential of a large
CHP system in a large resort complex in Madison County. We developed detailed hourly models to predict thermal
and electric loads and simulate performance of various CHP options. We explored and compared the impact of
grid parallel and standalone CHP system operation. |
Evaluation of a Microturbine-Desiccant System in an A&P Supermarket
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Oak Ridge National Laboratory
Keyspan Energy
New York State Energy Research and Developement Authority |
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We coordinated the installation of a microturbine integrated with a desiccant
unit at an A&P supermarket in Hauppauge, NY. We measured the microturbine output as well as the heat recovered for space
heating and desiccant dehumidification. |
Field Evaluation of a Microturbine in a Supermarket Application
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Oak Ridge National Laboratory |
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We collected detailed performance data on a microturbine installed in a Kroger supermarket
near Salt Lake City, Utah. We also examined baseline heating and cooling data to understand how the available
waste heat could be used to meet these loads. |
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