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o Reverse Power Settings Reverse Power Protection (On/Off) DIV Any additional division ratio applied to the meter (application dependent) For details regarding the operation and setup of Load Management functions, refer to specific MicroTurbine and PowerServer documentation. Note: Clicking the Update button writes the changes to memory and refreshes the screen with the latest data. Time of Use Settings Time of Use Load Management settings automatically start, stop, and set power to the MicroTurbine based on a Time of Use (TOU) schedule. This schedule is directly written to the Power Controller's memory, and does not require connection to CRMS to run. To view Time of Use settings, select [Settings][Time of Use Settings] from the MicroTurbine Menu Bar. See Figure 8-7. Enabling the Time of Use function consists of programming TOU events and enabling the TOU function. o Time of Use Load Management Switch Toggle switch must be turned ON to enable Time of Use Load Management. The switch also disables all other automated load management features, including load following. Day of Week Specifies the Day of Week to execute the event. To deactivate the Time of Use Load Management, select Inactive. Time(hh:mm) Specifies the Time of Day to execute the event. The Time of Day values are input in 24-hour format. Start (On/Off) Check box to Start or Stop all activity associated with the designated event. Power Demand (W) Controls the power demand to the MicroTurbine for the event. Setting has a controlling effect only in Grid Connect mode. Page 8-6 Capstone Turbine Corporation 21211 Nordhoff Street Chatsworth CA 91311 USA CRMS (Maintenance Edition – Chapter 8: MicroTurbine Settings Control) Sets the Reverse Power Protection option On/Off. Reverse Power Time (sec) Sets the time (in seconds) the MicroTurbine is producing power to the utility prior to shutdown of the MicroTurbine. Requires the Reverse Power Protection option to be ON. o Load Management Settings Utility Power Setpoint (kW) Controls the power (in kW) that the utility provides when the Load Following mode is selected. Response Time (sec) Controls the time period over which power measurements are averaged to smooth out transients or input resolution. Min. Power Shutoff Level (kW) Controls the minimum power level that the system operates at before shutting down. Min. Power Shutoff Time Delay (min) The delay time that the system operates below the minimum power shutoff level, before shutting down. Min. Power Startup Time Delay (min) The delay time that the system will not start, above the minimum power shutoff level. Power Meter Constant (Wh/pulse) The conversion factor from the power meter pulses to Watt-hours/pulse. The constant is derived from the following equation: Kh Ke P/RCTRVTRDIV Where: Ke Power Meter Constant Kh Watt-hour per revolution (meter constant) P/R Pulse per revolution (meter constant) CTR Current transformer ratio (application dependent) VTR Voltage transformer ratio (application dependent) 410014 Rev H (December 2008) 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 | Technical Reference Capstone Remote Monitoring System (Maintenance Edition)
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