Round-Trip Efficiency definition

Round-Trip Efficiency or “RTE” means the ratio of Energy put in to the Storage Unit, measured in MWh, to the Energy delivered from storage to the Energy Delivery Point, expressed as a percentage, which ratio shall be measured as shown in Exhibit C.
Round-Trip Efficiency means the ratio, expressed as a percentage, of Discharging Energy output from the Storage Facility to Charging Energy input into the Storage Facility.
Round-Trip Efficiency means the ratio, expressed as a percentage, of Energy charged (in MWh) to Energy discharged from the ▇▇▇▇ (in MWh and including Permitted Station Service), which will be no less than [ %] and measured over [time period].

Examples of Round-Trip Efficiency in a sentence

  • During the Delivery Term, Seller shall maintain the Storage Facility with a Round-Trip Efficiency not less than the applicable guaranteed Round-Trip Efficiency amount set forth on Appendix D (the “Guaranteed Round-Trip Efficiency”).

  • During the Delivery Term, Seller shall maintain the Storage Facility with an Actual Round-Trip Efficiency greater than the Guaranteed Round- Trip Efficiency values set forth in Exhibit P.

  • The Project will be designed for the following levels of reliability and availability (excluding in each case planned maintenance outages in accordance with the ESSA): 98% availability for all 15-minute intervals in a calendar quarter (Guaranteed Availability); 100% of the Contract Capacity (Guaranteed Capacity); 80% round-trip efficiency (Guaranteed Round-Trip Efficiency); and 10% minimum Ramp Up Rate and Ramp Down Rate of the Contract Capacity per minute.

  • Owner guarantees the Project will maintain Round-Trip Efficiency not less than [xx.x]% (“Guaranteed Round-Trip Efficiency”) for the Contract Term, as measured in the Storage Rating Tests described in Exhibit C.

  • Following the expiration of up to 24 hours after the end of such charging, the Scheduling Coordinator for the Project shall schedule the Project for discharging, at the Contract Capacity in an amount equal to the product of Charging Energytest multiplied by the Guaranteed Round-Trip Efficiency Rate.

  • In dispatching the Project, Buyer, as Scheduling Coordinator for the Project, shall assume a Round-Trip Efficiency Rate equal to the then most-recent Tested Round-Trip Efficiency Rate.

  • Calculation of Round-Trip Efficiency shall be as per the methodology specified in RfS.

  • Liquidated damages shall apply to each of Guaranteed Availability, Guaranteed Capacity, and Guaranteed Round-Trip Efficiency as follows: Guaranteed Availability.

  • The Commercial Operation Test shall establish the initial level of Contract Capacity and Tested Round-Trip Efficiency Rate for purposes of calculating the Monthly Capacity Payment under Section 9.2.

  • Storage Rating Test Sequencing: Storage Capacity Rating Test and Round-Trip Efficiency Test: STEP 1: Precharging Storage prior to Storage Capacity Rating Test.


More Definitions of Round-Trip Efficiency

Round-Trip Efficiency has the meaning set forth in Exhibit Q.
Round-Trip Efficiency or “RTE” has the meaning set forth on Appendix K-1.
Round-Trip Efficiency. “(RTE)” means the percentage of electricity put into storage that is later retrieved. Both discharge and charge losses shall be included in round-trip efficiency. For the avoidance of doubt, this shall include all charging and discharging losses including and through the batteries, PBE, rack/string cabling, DC-DC converters, combiners, PCS (including inverters and medium-voltage transformers), cabling, main step-up transformer, and the interconnection line up to the Point of Interconnection.
Round-Trip Efficiency or “RTE” shall have the meaning set forth in Exhibit M

Related to Round-Trip Efficiency

  • Capture efficiency means the weight per unit time of VOC entering a capture system and delivered to a control device divided by the weight per unit time of total VOC generated by a source of VOC, expressed as a percentage.

  • Transfer efficiency means the percentage of total coating solids employed by a coating applicator which adheres to the object being coated.

  • Irrigation efficiency (IE) means the measurement of the amount of water beneficially used divided by the amount of water applied. Irrigation efficiency is derived from measurements and estimates of irrigation system characteristics and management practices. The irrigation efficiency for purposes of this ordinance are 0.75 for overhead spray devices and 0.81 for drip systems.

  • high-efficiency cogeneration means cogeneration meeting the criteria laid down in Annex II;

  • Thermal efficiency means the useful electric energy output of a