Common use of Test Elements Clause in Contracts

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 Storage Facility Meter or other mutually agreed meter, that is required to charge the Storage 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 Storage Facility Meter or other mutually agreed meter, that is discharged from the Storage 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 Storage 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; 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. Each SCT shall include the following test elements: The measurement of charging energy exclusive of Station Use and Electrical Losses, as measured by the Storage Facility Meter or other mutually agreed meter, that is required to charge the Storage 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 Storage Facility Meter or other mutually agreed meter, that is discharged from the Storage 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 Storage 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; 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. Each SCT shall include the following test elements: • The measurement of charging energy exclusive of Station Use and Electrical LossesCharging Energy, as measured by the Storage Facility Meter or other mutually agreed meter, that is required to charge the Storage 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 LossesDischarging Energy, as measured by the Storage Facility Meter or other mutually agreed meter, that is discharged from the Storage 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 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; • 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. Each SCT shall include the following test elements: The measurement of charging energy exclusive of Station Use and Electrical LossesCharging Energy, as measured by the Storage Facility Meter or other mutually agreed meter, that is required to charge the Storage Facility up to the Maximum Stored Energy Level (as defined in Exhibit A) not to exceed the Storage Contract Output (MWh) (“Energy In”); The measurement of discharging energy exclusive of Station Use and Electrical LossesDischarging Energy, as measured by the Storage Facility Meter or other mutually agreed meter, that is discharged from the Storage 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 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; 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.