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Capstone Turbine Corporation Model C65 User’s Manual The DMSC can do the following: • Sense the loss of electric utility grid voltage, and then send a trip signal to a circuit protection device to disconnect the microturbine and its connected (protected) loads from the electric utility grid. • Start the system to supply Stand Alone power. • Sense the return of electric utility grid voltage, and then shut down the microturbine. • Issue a command to close the circuit protection device to reconnect the MT and protected loads to the electric utility grid. • Start the system to supply electric utility grid parallel power. The microturbine can be configured to automatically start and load itself in either mode. 3.4.2. Configuring Dual Mode The microturbine system settings must be established for both Grid Connect parameters and Stand Alone parameters, since the system will be operating in both modes at different times. Contact your Capstone Authorized Service Provider for data on establishment of these parameters. 3.4.3. Setting the System for Dual Mode Operation To set the system to Dual Mode, use either the Display Panel or the user port. If using the Display Panel, you must log on with a password. Navigate to the top-level System Data menu, then the System Configuration submenu, and then the Power Connect submenu, and then select DUAL MODE and press the ACCEPT button. 3.4.4. Switching Times for Dual Mode C65 microturbines with software version 5.XX and higher include the capability for fast transfer between Grid Connect and Stand Alone modes. During a transition from Grid Connect and Stand Alone, the protected load will experience less than 10 seconds of power loss. When transferring back from Stand Alone to utility grid power, the protected loads will experience even less duration of power loss, and the microturbine(s) will remain in Hot Standby until the utility grid has remained stable for at least 5 minutes (this delay time is adjustable from 5 to 30 minutes). The microturbines(s) will then automatically transition back to Grid Connect operation. 3.5. MultiPac Operation The MultiPac capability features a single control point (the master unit) and the combined synchronous output of the units in the MultiPac. Individual microturbines share power, current, and load on both a dynamic and steady-state basis. MultiPac operation allows controlling the individual microturbines through the master unit. Observation and control of each microturbine in a MultiPac can be accomplished by the connection of a communications interface device through the master unit or APS. Any microturbine or the APS can be designated as the master unit. This unit then becomes the physical and logical control connection point for the entire MultiPac. Refer to the MultiPac Operation Technical Reference (410032) for details. Page 32 of 69 400017 Rev C (February 2013) 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 | Capstone MicroTurbine Model C65 User's Manual
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