Links to:
- Applying CHP to the Ventilation Air of Buildings
- Baseline and IES Performance of a Direct-Fired Desiccant Dehumidification Unit Under Various Environmental Conditions
- Baseline and IES Performance of a Direct-Fired Desiccant Dehumidification Unit Under Various Environmental Conditions (ASHRAE Paper)
- Baseline, Exhaust-Fired, and Combined Operation of Desiccant Dehumidification Unit
- CHP Demonstation Projects at Federal Facilities
- CHP for Buildings - The Challenge of Delivering Value to the Commercial Sector
- CHP Integration (or IES): Maximimzing the Efficiency of Distributed Generation with Waste Heat Recovery
- DER Performance Testing of a Microturbine-Based Combined Cooling, Heating, and Power (CHP) System
- Dynamic Performance of a 30-kW Microturbine-Based CHP System
- Dynamic Performance of a 30-kW Microturbine-Based CHP System (ASHRAE Paper)
- Environmental Aspects of Operation of a Gas-Fired Microturbine-Based CHP System
- Environmental Aspects of Operating Various Gas Microturbines
- Experimental Verification of an Absorption Chiller for BCHP Applications
- Integration of Distributed Energy Resources and Thermally-Activated Technologies
- Laboratory R&D on Integrated Energy Systems (IES)
- Second Generation Integrated Microturbine, Absorption Chiller, and Solid Wheel Desiccant System
- Study of Flue Gas Emissions of Gas Microturbine-Based CHP System
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