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Capstone Turbine Corporation Model C65 User’s Manual (V5.XX) Enclosure Capstone The MicroTurbine standard enclosure is designed for indoor and outdoor use, and is certified to NEMA 3R - rainproof. Capstone components for Original Equipment Manufacturer (OEM) use can be provided with or without a mounting frame. Stand Alone Option A Stand Alone or “Dual Mode” option is available for the MicroTurbine, which includes a large battery pack used for unassisted start and for transient electrical load management. The Stand Alone option includes a power converter and battery management system, which keeps the battery optimally charged. The battery is a lead-acid type and completely sealed. When equipped with the Stand Alone option, the system can power connected loads at user-selected voltage and frequency setpoints. It can power remote facilities such as construction sites, oil fields, offshore platforms, and other locations where the electric utility grid is not available. Distributed Generation The MicroTurbine produces synchronous current when connected to an electric utility grid. It allows electric utilities to expand power generation capacity in small increments, to optimize current infrastructure, and reduce or delay the need to develop, fund, and build new transmission and distribution lines. Integrated Combined Heating and Power (ICHP) Option The Integrated Combined Heating and Power (ICHP) option allows the user to realize the benefits of usable electrical and thermal power from a single fuel source. The electricity provides on-site power generation for baseloading, peak shaving and capacity addition, in conjunction with local utility power. The heat offsets or replaces local thermal loads such as space heating, pool heating and industrial process hot water. The major system components are a Capstone model C65 high-pressure natural gas MicroTurbine, an exhaust heat recovery unit, and an exhaust diverter to allow full or partial recovery of exhaust energy. The system includes microprocessor control with input/output functions to allow application in a wide variety of heat recovery uses. The system allows a user to realize high total system efficiency with respect to incoming fuel energy, providing economical operation and operational flexibility. Heat Exchanger MicroTurbine Page 14 of 61 400017 Rev A (July 2007) Capstone reserves the right to change or modify, without notice, the design, specifications, and/or contents of this document without incurring any obligation either with respect to equipment previously sold or in the process of construction.PDF Image | C65 5xx
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