Overview: The document provides technical specifications and features of the C65 and C65-ICHP MicroTurbines by Capstone Turbine Corporation, highlighting their power generation capabilities, emissions, and efficiency.

Exhaust Characteristics: Both models emit less than 35 ppmvd NOx at 15% O2, with NOx emissions per electrical output being less than 2.0 lb/MWh and less than 0.70 lb/MWh for combined electrical and thermal output.

Electrical Performance: The turbines deliver an electrical power output of 65 kW with a voltage range of 400 to 480 VAC. They support both grid-connected and standalone operations with varying maximum output currents and operate at frequencies of 50/60 Hz.

Fuel/Engine Characteristics: The turbines can utilize various liquid fuels, including diesel, bio-diesel, aviation fuels, and kerosene, with a fuel flow rate of 807 MJ/hr. They are designed for low NOx and CO2 emissions, requiring minimal maintenance due to having only one moving part.

Heat Recovery: The C65-ICHP model includes an integrated heat recovery module with a stainless steel core, capable of recovering 251,000 BTU/hr of hot water heat, achieving a total system efficiency of 62% LHV.

Dimensions & Weight: The C65 model measures 762 x 1956 x 1931 mm and weighs 758 kg in grid connect mode, while the C65-ICHP is slightly larger and heavier. Both models have specific clearance requirements for installation.

Sound Levels: Acoustic emissions at full load power are 70 dBA for the C65 and 65 dBA for the C65-ICHP at a distance of 10 meters.

Certifications: The turbines comply with IEEE 1547 and meet utility interconnection requirements for California and New York. They also have MEA approval for New York City and optional equipment for CE Marking.

Performance vs. Ambient Temperature: A graph illustrates the relationship between net power and efficiency against ambient temperature at sea level, showing variations in performance with temperature changes.