Rated Output definition

Rated Output means the design capability of the Project which is projected to be 5,000 kW.
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Rated Output means the value of the output included in the rating. For a motor it means the mechanical power available at the motor shaft under rated operating conditions. It is expressed in kilo-Watts (kW) in countries following the metric system, and in horsepower (hp) in other countries.
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Examples of Rated Output in a sentence

  • Assume the following: The Maximum Rated Output for the ▇▇▇▇ is 25 MW.

  • The resulting Net Rated Output Capacity shall be used to determine the Contract Capacity, in accordance with Section 3.1(f)(i) above, and shall remain in effect until the next Capacity Test requested by Buyer.

  • Buyer shall have the right to request a Capacity Test as set forth in Appendix IV-3, to determine the Net Rated Output Capacity no more than one time per Contract Year.

  • The capacity of the Project at any time shall be the lower of the following: (A) the contract capacity in MW designated in the Cover Sheet or (B) the Net Rated Output Capacity of the Project (the “Contract Capacity”).

  • Assume the following: The Maximum Rated Output for the Facility is 25 MW.

  • Each individual Deration is transformed into equivalent full outage hour(s) by multiplying the actual duration of the Deration (hours) by (i) the size of the reduction (MW) divided by (ii) Maximum Rated Output.

  • This is calculated by multiplying the actual duration of the Deration (hours) by (i) the size of the reduction (MW) divided by (ii) the Maximum Rated Output.

  • Each event that counts as ExcludedTime is transformed into equivalent full outage hour(s) by multiplying the actual duration of the event by the size of the reduction (MW) and dividing by Maximum Rated Output.

  • Seller shall not make any alteration or modification to the Project which results in a change to the Net Rated Output Capacity or the anticipated output of the Project without Buyer’s prior written consent.

  • Each individual Unplanned Deration is transformed into equivalent full outage hour(s) by multiplying the actual duration of the Deration (hours) by (i) the size of the reduction (MW) divided by (ii) the Maximum Rated Output.