Installed Capability definition

Installed Capability of an electric generating unit or combination of units during the Winter Period is the Winter Capability of such unit or units and during the Summer Period is the Summer Capability of such unit or units.
Installed Capability or "ICAP" means the maximum claimed capability (as defined in the Restated NEPOOL Agreement) of a generating facility, expressed in kilowatts, subject to capability audits, exclusive of the capacity required by such facility for its own use.
Installed Capability means the actual capability of the Providing Unit to provide Synchronous Inertia and, inherently Short-Circuit Contribution, to the Power System in accordance with this Agreement (as expressed in MVA.s);

Examples of Installed Capability in a sentence

  • Seller shall use commercially reasonable efforts to maintain the Facility's Installed Capability at the level demonstrated by the most recent Capability Audit at the time of the Purchase and Sale Agreement and use its commercially reasonable efforts to make Energy and Operable Capability available to Company on an ongoing basis.

  • Company shall cooperate with Seller and provide information or such other assistance, without cost to Company, as may be reasonably necessary for Seller to satisfy regulatory requirements relating specifically and only to the sale of Installed Capability, Operable Capability and Energy from the Facility.

  • The provisions of Sections 12.1(a), 12.2, 12.4 (as to Installed Capability only), 12.5 and 12.7(a) of this Agreement became effective on April 1, 1998 and replaced on such date the provisions of Section 9 of the Prior NEPOOL Agreement.

  • The Management Committee may not unreasonably withhold designation as a Pool-Planned Facility of a generation unit or other facility proposed by one or more Participants in order to satisfy their anticipated Installed Capability Responsibilities with a mix of generation and other resources reasonably comparable as to economics and types to that being developed for New England.

  • Each Participant shall have Installed System Capability during each hour of each month at least sufficient to satisfy its Installed Capability Responsibility for the month.

  • Seller shall cooperate with Company and provide information or such other assistance, without cost to Seller, as may be reasonably necessary for Company to satisfy regulatory requirements relating specifically and only to the purchase of Installed Capability, Operable Capability and Energy from the Facility.

  • The Participants Committee may not unreasonably withhold designation as a Pool-Planned Facility of a generation unit or other facility proposed by one or more Participants in order to satisfy their anticipated Installed Capability Responsibilities with a mix of generation and other resources reasonably comparable as to economics and types to that being developed for New England.

  • The percentage specified below of the --------------------- Installed Capability, Operable Capability and Energy of the Facility for the applicable calendar years.

  • The portion of Installed Capability of the ------------------- Facility which is operating or available to respond within an appropriate period (as defined by NEPOOL) to the ISO-NE call to meet the Energy requirements of the NEPOOL operating area.

  • Installed Capability, Operable Capability and Energy are as defined in the Restated NEPOOL Agreement.


More Definitions of Installed Capability

Installed Capability. ENTITLEMENT is (a) the right to all or a portion of the Installed Capability of a generating unit or units to which an Entity is entitled as an owner (either sole or in common) or as a purchaser pursuant to a Unit Contract, (b) REDUCED BY any portion thereof which such Entity is selling pursuant to a Unit Contract, and (c) further REDUCED OR INCREASED, as appropriate, to recognize rights to receive or obligations to supply Installed Capability pursuant to Firm Contracts or System Contracts in accordance with Section 14.7(a). An Installed Capability Entitlement relating to a unit or units may, but need not, be combined with any other Entitlements relating to such generating unit or units and may be transferred separately from the related Operable Capability Entitlement, Energy Entitlement, Operating Reserve Entitlements, or AGC Entitlement.
Installed Capability means the sum of the actual Dmax capability of the Energy Storage Facility, not to exceed [Dmax capability expressed in MW AC].
Installed Capability. RESPONSIBILITY * of a Participant for any month is the number of Kilowatts determined in accordance with Section
Installed Capability. The Winter Net Capability during the Winter Period and the Summer Net Capability during the Summer Period.

Related to Installed Capability

  • Installed Capacity or 'IC’ means the summation of the name plate capacities of all the units of the generating station or the capacity of the generating station (reckoned at the generator terminals), approved by the Commission from time to time;

  • Licensed capacity means the number of children the Department has determined the day care home can care for at any one time in addition to any children living in the home who are under the age of 12 years. Children age 12 and over on the premises are not considered in determining licensed capacity.

  • Nominal Rated Capability means the nominal maximum rated capability in megawatts of a Transmission Interconnection Customer’s Customer Facility or the nominal increase in transmission capability in megawatts of the Transmission System resulting from the interconnection or addition of a Transmission Interconnection Customer’s Customer Facility, as determined in accordance with pertinent Applicable Standards and specified in the Interconnection Service Agreement.

  • Contracted Capacity means the capacity (in MW AC) contracted with MSEDCL for supply by the successful bidder at the Delivery Point from the Solar Power Project.

  • Potential electrical output capacity means thirty-three percent (33%) of a unit's maximum design heat input, divided by three thousand four hundred thirteen (3,413) Btu/kilowatt hour, divided by one thousand (1,000) kilowatt hour/megawatt hour, and multiplied by eight thousand seven hundred sixty (8,760) hours/year.