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Capstone Grid Connect Power Demand Capstone Turbine Corporation MicroTurbine Userís Manual In Grid Connect operation, the MicroTurbine system must be commanded to a specific output power level. Each dispatch mode includes a power level setting. Some dispatch modes include automatic output power level changes. Stand Alone Operation Stand Alone operation provides power to remote facilities such as construction sites, oilrigs, or other locations where the electric utility grid is not available. If the Capstone MicroTurbine is equipped with the Stand Alone option, operation consists of commanding the system on or off, and then enabling or disabling the power output. These commands can be automated. Configuring Stand Alone To configure the MicroTurbine for Stand Alone operation it is necessary to enable the Stand Alone Interlock and then command the system to Stand Alone mode either through the display panel or RS-232 commands over the remote communications interface, the User Interface Port. Stand Alone Interlock The Stand Alone Interlock consists of a pair of 5-volt dry circuit contact terminals. A low resistance closed circuit between these terminals permits Stand Alone operation. An opened circuit prevents Stand Alone operation. The terminals are found in the Communications Bay at the rear of the MicroTurbine enclosure. Your Capstone Authorized Service Provider should make this electrical connection. Stand Alone Mode Enable To enable Stand Alone mode, the MicroTurbine must be powered on (set the Battery Switch to ON) and the Stand Alone Interlock closed. To enable Stand Alone mode from the display panel requires logging on with a password; then navigate to the System Data Menu, System Configuration submenu, and the Power Connect submenu. Select Stand Alone mode, then press the ACCEPT button. If the Stand Alone Interlock is open, the system will accept the command but post an SA Interlock fault. If no battery is detected, an internal No Battery fault will be reported. Stand Alone Battery The Stand Alone MicroTurbine includes a large battery pack which stores energy for starting the MicroTurbine when disconnected from the electric utility grid, and which provides an electrical buffer for sudden increases or decreases in load during Stand Alone operation. Management of the battery and its state of charge is automatic within the MicroTurbine. An awareness of these battery management functions will promote an understanding of why the system may appear to behave autonomously. For example, the MicroTurbine will always attempt to fully recharge the battery after a user commanded shut down and before the MicroTurbine enters the cool down state. Stand Alone Battery Isolation Switch The Stand Alone MicroTurbine includes a battery isolation switch to disable the MicroTurbine for service or transport. The switch is found behind the kick panel at the bottom front of the enclosure. Set the switch to ON for system operation. Be sure to switch the breaker to OFF when not operating the system to maximize battery life. 400001-001 Rev A (July 2002) Page 33 of 52 This information is proprietary to Capstone Turbine Corporation. Neither this document nor the information contained herein shall be copied, disclosed to others, or used for any purposes other than the specific purpose for which this document was delivered. Capstone reserves the right to change or modify without notice, the design, the product specifications, and/or the contents of this document without incurring any obligation either with respect to equipment previously sold or in the process of construction.PDF Image | C60 2002 User Manual
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