Ramp Rate. Controlled ramp rate available for controlled changes in output. For projects with a XXXX, Seller shall also provide the following: XXXX potential (XXXX State of Charge and projected number of hours at present dispatch, minimum dispatch, and maximum dispatch). Frequency Response Mode (DROOP, FFR, isochronous) state (where alternate modes of operation are required). Capacity allocation to each mode of operation (to allow FFR and Droop allocation).
Ramp Rate. ____MW/Minute Maximum number of Start-ups per calendar day (if any such operational limitations exist): _______ Other Requirements: Start-Up Time: _____Minutes Minimum Run Time after Start-up (if applicable): _____Minutes Minimum Down Time after Shut-Down (if applicable):_____Minutes [Note: Sellers should enter the maximum flexibility the Project can offer given the operational constraints of the technology.]
Ramp Rate. Unit Ramp Rate Segment Number Output of Point Range (MW) Minimum Ramp Rate (MW/Minute) Maximum Ramp Rate (MW/Minute) 1 2 n Separate Ramp Rates will be shown for each load range and will describe any special restrictions affecting Ramp Rates at various load points, e.g., feed pump operation, heat soaks, etc. The Ramp Rate shall be the Operational Ramp Rate submitted by the Owner through the process described in the CAISO Tariff. On the Effective Date, the values in the CAISO Master File shall be set equal to the values shown in the table above.
Ramp Rate. ____MW/Minute [For As-Available Products] Advance notification required for Buyer Bid Curtailment and Buyer Curtailment Order: Not greater than the shortest Dispatch Interval in the Real-Time Market (as defined in the CAISO Tariff). Maximum number of Start-ups per calendar day (if any such operational limitations exist): _______ [For Baseload Products] Maximum number of Start-ups per calendar day, month, year (if any such operational limitations exist): ____ Advance notification required for Buyer Bid Curtailment and Buyer Curtailment Order: Not greater than the shortest Dispatch Interval in the Real-Time Market (as defined in the CAISO Tariff).
Ramp Rate. The rate of change in the level of generation for a specified period within all applicable Operational Constraints as determined by the District in its sole discretion. The maximum Ramp Rate is a variable quantity based upon these limitations. Remedial Action Schemes (RAS) – Any action implemented by the District utilizing Rocky Reach and Rock Island, as applicable, to maintain the transfer capabilities and stability of the Western Interconnection and employed consistent with the definition of RAS in the NERC glossary.
Ramp Rate. The rate of change in load per minute assuming that the Unit has already achieved its instructed dispatch capacity level. MW/min Run Up Rate The average rate at which the Unit is able to increase output measured from the time that the Unit has completed its turbine heat soak and/or been synchronized to the IES, to the time that the Unit reaches its dispatched capacity level. MW/min Run Up Rate (Cold) The Run Up Rate assuming that the Unit has been desynchronized for greater than 48 hours. MW/min Sundance 5&6 Schedule B Characteristic Definition Units Run Up Rate (Hot) The Run Up Rate assuming that the Unit has been desynchronized for less than 8 hours. MW/min Run Up Rate (Warm) The Run Up Rate assuming that the Unit has been desynchronized for greater than 8 but less than 48 hours. MW/min Spinning Reserve Capability The maximum load change available within 10 minutes of instruction and assuming that the Unit is dispatched above its Minimum Stable Generation level at all times. MW Start Time The time measured from the moment that the Buyer notifies the Owner that the Unit is to be started to the moment that the Unit has completed its first turbine heat soak. Hours Start Time (Cold) The Start Time assuming that the Unit has been desynchronized for greater than 48 hours. Hours Start Time (Hot) The Start Time assuming that the Unit has been desynchronized for less than 8 hours. Hours Start Time (Warm) The Start Time assuming that the Unit has been desynchronized for greater than 8 hours but less than 48 hours. Hours ARTICLE X0 XXXX XXXXXXXXX XXXXXXXX X0.0 Seasonal Committed Capacity Unit Committed Capacity (MW) Sundance 5 353 INDEPENDENT ASSESSMENT TEAM Page 2 Final Version Sundance 5&6 Schedule B Sundance 6 357 ARTICLE B3 UNIT CONTRACTED OPERATING CHARACTERISTICS B3.1 Start Time Start Time (Cold) Start Time (Warm) Start Time (Hot) (Hours) (Hours) (Hours) Sundance 6 10 6 2 B3.2 Minimum Stable Generation Unit Minimum Stable Generation (MW) Sundance 5 150 Sundance 6 150 B3.3 Run-Up Rate Sundance 5&6 Schedule B Run Up Rate Cold (MW/min) Run Up Rate Warm (MW/min) Run Up Rate Hot (MW/min) Sundance 5 1.0 1.2 3.2 Sundance 6 1.0 1.2 3.2 B3.4 Ramp Rates Ramp Rate (MW/min) Sundance 6 8 B3.5 Minimum Up Time Minimum Up Time (Hours) Sundance 6 4 INDEPENDENT ASSESSMENT TEAM Page 4 Final Version Sundance 5&6 Schedule B B3.6 Minimum Down Time Minimum Down Time (Hours) Sundance 6 4 B3.7 Spinning Reserve Capability Spinning Reserve Capability (MW) Sundance 5 80 Sundance 6 80 IN...
Ramp Rate. Seller shall use commercially reasonable efforts to observe a ramp rate restriction of 2.5 MW per minute.
Ramp Rate. AES Hawaii shall continue operating the Facility in accordance with the following minimum ramp rates. If the Facility increases its capacity, the Additional Capacity is defined as “X”:
Ramp Rate. [XX] MW/minute Monthly Cycles: 30 cycles per month Daily Dispatch Limits: Charging: 2 times per day Discharging: 2 times per day Other Operating Limits: [Seller to describe all applicable operating limits on dispatch of the Storage Facility, if any]
