Technical Reference Stand Alone Operation – Capstone Model C30 and C65

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Technical Reference Stand Alone Operation – Capstone Model C30 and C65 ( technical-reference-stand-alone-operation-–-capstone-model-c )

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Capstone Turbine Corporation • 21211 Nordhoff Street • Chatsworth • CA 91311 • USA Technical Reference: Stand Alone Operation–Capstone Models C30 and C65 To configure the software for Auto Load: • CRMS: From the microturbine control panel menu, select Settings > Stand Alone CRMS Stand Alone Voltage and Frequency Menu Parameter Description Parameter Value Default Auto Enable Power Enables/disables the presence of output voltage when the Load state is achieved. On Off Off • • 3.4. Voltage and Frequency, and then set the Auto Enable Power toggle to On. C30 Display Panel: Navigate to System Data > System Configuration > Auto Load, and select Yes. C65 Display Panel: not available. Battery Charge Management C30 Display Panel Parameter Description Parameter Value Default System Data System Configuration Auto Load Enables/disables the presence of output voltage when the Load state is achieved. Yes No No After a Start command, the system leaves the Standby state to power up microturbine components to operational levels before transitioning to the Run state, where battery charging may again occur. Once started, the microturbine will not advance to the Load state until the battery state-of-charge is at least 60 percent (only occurs under conditions of poor maintenance, multiple subsequent fault cycles or end of battery life). After this state is achieved, the output contactor is closed and the microturbine begins producing power for connected loads. The microturbine system is designed to keep the battery 80 percent charged during Load state operation to allow for sourcing and sinking of power transients, and to maintain an operating state-of-charge. If a user-initiated STOP is performed, the system immediately enters the recharge state, bringing the battery to over 90 percent state-of-charge before entering the Cooldown state. Normally, the system will take approximately twenty (20) minutes to recharge the battery following a STOP command. On transition to Cooldown, fuel is commanded off and the microturbine spins down, but remains rotating to provide airflow over engine components for cooling. After Cooldown is complete, the microturbine enters a short Shutdown state before finally entering the Standby state. No battery charging is performed while in Standby. 410028 Rev E (June 2013) Page 10 of 42 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.

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