Common use of Reserve Characteristics Clause in Contracts

Reserve Characteristics. The Reserve Characteristic is a generic characteristic that is applied to POR, SOR, TOR1, TOR2, RR and FFR for the purpose of calculating payments and incorporating the Operating Parameters in this Schedule 9. Figure 1 below illustrates the generic Reserve Characteristic of the Providing Unit.

Reserve Characteristics. The Reserve Characteristic is a generic characteristic that is applied to POR, SOR, TOR1, TOR2, RR and FFR for the purpose of calculating payments and incorporating the Operating Parameters in this Schedule 9Schedule. Figure 1 below illustrates the generic Reserve Characteristic of the Providing UnitUnit for an Under- frequency response. (For an OFR Response, the Beta, Delta, and GMX values would be negative and the shape of the curve would be reversed). The curve shown here utilises the maximum number of break points. In practice the majority of units will have a less complex structure.

Reserve Characteristics. The Reserve Characteristic is a generic characteristic that is applied to POR, SOR, TOR1, TOR2TO2, RR and FFR for the purpose of calculating payments and incorporating the Operating Parameters in this Schedule 9. Figure 1 below illustrates the generic Reserve Characteristic of the Providing Unit.

Reserve Characteristics. The Reserve Characteristic is a generic characteristic that is applied to POR, SOR, TOR1, TOR2, RR and FFR for the purpose of calculating payments and incorporating the Operating Parameters in this Schedule 9Schedule. Figure 1 below illustrates the generic Reserve Characteristic of the Providing Unitless complex structure.)

Reserve Characteristics. The Reserve Characteristic is a generic characteristic that is applied to POR, SOR, TOR1, TOR2, RR and FFR for the purpose of calculating payments and incorporating the Operating Parameters in this Schedule 9Schedule. Figure 1 below illustrates the generic Reserve Characteristic of the Providing Unit. (Note: The characteristic utilises the maximum number of break points. In practice the majority of units will have a less complex structure.)