Test Elements. Below is an example of the test elements, and is for reference only. The actual test requirements are specified in the following document;
Test Elements. The Initial Compliance Tests shall include the following test elements (unless Buyer otherwise agrees in writing in its sole discretion):
Test Elements. The Efficiency Rate Tests shall be conducted as follows (unless Buyer otherwise agrees in writing in its sole discretion):
Test Elements. Each SCT shall include the following test elements: • Electrical output at Maximum Discharging Capacity (as defined in Exhibit A) at the Storage Facility Meter and concurrently at the Facility Meter (MW); • Electrical input at Maximum Charging Capacity (as defined in Exhibit A) at the Storage Facility Meter (MW); • Amount of time between the Storage Facility’s electrical output going from 0 to Maximum Discharging Capacity; • Amount of time between the Storage Facility’s electrical input going from 0 to Maximum Charging Capacity; and • Amount of energy required to go from 0% Stored Energy Level to 100% Stored Energy Level charging at a rate equal to the Maximum Charging Capacity.
Test Elements. The Commercial Operation Test required pursuant to Section 7.2 shall consist of the following tests:
Test Elements. The first Test Day shall require Seller to perform validation of the following for each Generating Unit (each a “Test Element”): Capability to achieve the Maximum Capacity Output within 10 minutes from being off-line. Capability to be started and achieve Minimum Load within the time(s) set forth in Appendix 1.02. Capability to achieve and maintain stated GU Contract Capacity; and in the case of the Initial Commercial Operation Test, set the GU Contract Capacity. Regulation Ramp Rates. Heat Rate at GU Contract Capacity. The applicable Test Parameters shall be used to correct the GU Contract Capacity and Heat Rate test data results in accordance with PART III.F. of this Appendix. The second (2nd) and third (3rd) day of the Test (not including no more than two (2) additional days if required to complete each Test Element) will be conducted at SCE’s sole discretion; provided, no performance measurements shall be taken. During this period, the Generating Unit(s) shall be operated to demonstrate MCO and/or Contract Capacity (as applicable), Minimum Load and respective ramp rates (ramp up and down) to the satisfaction of SCE.
Test Elements. The Test shall include the following test elements (unless SCE otherwise agrees in writing in its sole discretion): Electrical output at PMAX and/or Maximum Discharge (kW) Electrical input at PMIN and/or Maximum Charge (kW) At 100% SOC, the amount of energy discharged at a rate of PMAX and/or Maximum Discharge At 0% SOC, the amount of energy charged at a rate of PMIN and/or Maximum Charge Regulation Ramp Rates Amount of time between being in the state of off-line to PMAX and/or Maximum Discharge Amount of time between being in the state of off-line to PMIN and/or Maximum Charge Amount of energy required to go from 0% SOC to 100% SOC charging at a rate equal to the Charging Capacity Energy loss over time
Test Elements. Each SCT shall include the following test elements: The measurement of charging energy exclusive of Station Use and Electrical Losses, as measured by the Facility Meter or other mutually agreed meter, that is required to charge the Facility up to the Maximum Stored Energy Level not to exceed the Storage Contract Output (MWh) (“Energy In”); The measurement of discharging energy exclusive of Station Use and Electrical Losses, as measured by the Facility Meter or other mutually agreed meter, that is discharged from the Facility to the Delivery Point until the Stored Energy Level reaches zero MWh as indicated by the battery management system (“Energy Out”); Electrical output at Maximum Discharging Capacity (as defined in Exhibit A) at the Facility Meter (MW); Electrical input at Maximum Charging Capacity (as defined in Exhibit A) at the Facility Meter (MW); Amount of time between the Facility’s electrical output going from 0 to Maximum Discharging Capacity; Amount of time between the Facility’s electrical input going from 0 to Maximum Charging Capacity; Amount of energy required to go from 0% Stored Energy Level to 100% Stored Energy Level charging at a rate equal to the Maximum Charging Capacity.
Test Elements. The Test shall include the following test elements (unless Xxxxx otherwise agrees in writing in its sole discretion): Measurement of the Projects electrical output at PMAX; Measurement of the Projects ’s electrical output at PMIN; Determine the Project’s ability to meet its proposed Regulation Up, Regulation Down Ramp Rates and Spin and Non-Spin amounts; Time required to go from off-line to both PMAX and PMIN; Time and energy required to go from 0% State of Charge to 100% State of Charge; Amount of energy delivered, at PMAX, from 100% State of Charge to 0% State of Charge, beginning immediately after reaching 100% State of Charge; Amount of energy delivered, at PMAX, from 100% State of Charge to 0% State of Charge after 24 hours of static storage time at 100% State of Charge; Amount of energy delivered, at PMIN, from 100% State of Charge to 0% State of Charge, beginning immediately after reaching 100% State of Charge; Amount of energy delivered, at PMIN, from 100% State of Charge to 0% State of Charge after 24 hours of static storage time at 100% State of Charge; and The test elements shall be used to determine the output, efficiency and any other calculated parameters required by Xxxxx.
Test Elements. The Test shall include the following test elements (unless SCE otherwise agrees in writing in its sole discretion): Electrical output at PMAX and/or Maximum Discharge (kW) Electrical input at PMIN and/or Maximum Charge (kW) At 100% SEP, the amount of energy discharged at a rate of PMAX and/or Maximum Discharge At 0% SEP, the amount of energy charged at a rate of PMIN and/or Maximum Charge
