Installed Capacity. A Generator, Distributed Generator, Demand Response Provider, or Load facility that complies with the requirements in the Reliability Rules and is capable of supplying and/or reducing the demand for Energy in the NYCA for the purpose of ensuring that sufficient Energy and Capacity are available to meet the Reliability Rules. The Installed Capacity requirement, established by the NYSRC, includes a margin of reserve in accordance with the Reliability Rules. Interconnection or Interconnection Points (“IP”). The point(s) at which the NYCA connects with a distribution system or adjacent Control Area. The IP may be a single tie line or several tie lines that are operated in parallel.
Installed Capacity. A Generator or Load facility that complies with the requirements in the Reliability Rules and is capable of supplying and/or reducing the demand for Energy in the NYCA for the purpose of ensuring that sufficient Energy and Capacity are available to meet the Reliability Rules. The Installed Capacity requirement, established by the NYSRC, includes a margin of reserve in accordance with the Reliability Rules.
Installed Capacity. 3.1.1 The SPD shall configure the project with the objective of supplying solar power to the Buying Entity. Accordingly, the Project Capacity, i.e. the Installed Capacity shall mean the rated capacity of the Solar Power Project.
Installed Capacity. Niagara Mohawk shall retain the right to claim the Capacity, and Producer must provide such Capacity, for Niagara Mohawk's capacity requirements to the NYPP or the NYISO up to the Maximum Capacity set forth in Schedule A. In the event the Producer is unable to provide Capacity acceptable to the NYPP or NYISO in the amount claimed by Niagara Mohawk from its (Producer's) own sources, the Producer must procure the Capacity from the market and provide it to Niagara Mohawk at no cost to Niagara Mohawk. In the event the Producer fails to provide such Capacity, Producer shall be charged a penalty equivalent to the greater of (i) the penalty rate assessed by the NYPP or NYISO, or (ii) the capacity rate component of Niagara Mohawk's Service Classification Number 6 Tariff.
Installed Capacity. 3.1.1 The HPD shall configure the project with the objective of supplying power to the Buying Entity. Accordingly, the Project Capacity i.e. the Installed Capacity shall mean the rated power capacity of each component, which shall be at least 33% of the Contracted Capacity. The rated capacities of the various components are as follows: Solar PV component: MW Wind Power component: MW (to be filled as per project configuration).
Installed Capacity. 3.1.1 The WPD shall configure the project with the objective of supplying wind power to the Buying Entity. Accordingly, the Project Capacity, i.e. the Installed Capacity shall mean the rated capacity of the Wind Power Project.
Installed Capacity. NIAGARA MOHAWK shall retain the right to claim the Unit 5 Capacity at the Delivery Point, and PRODUCER must provide such installed capacity, for NIAGARA MOHAWK's capacity requirements to the NYPP or the NYISO. In the event the PRODUCER is unable to provide installed capacity acceptable to the NYPP or NYISO in the amount claimed by NIAGARA MOHAWK from its own sources, the PRODUCER must procure the installed capacity from the market and provide it to NIAGARA MOHAWK at no additional cost to NIAGARA MOHAWK. In the event the PRODUCER fails to provide such capacity, PRODUCER shall be charged a penalty equivalent to the greater of (i) the penalty rate assessed by the NYPP or NYISO, or (ii) the capacity rate component of NIAGARA MOHAWK's Service Classification Number 6 Tariff. It is understood that no penalty shall be assessed for the unit unavailability during the Fall 1999 outage.
Installed Capacity. The Contract Price reflects total installed capacity of 22,500 peak kW DC, comprised of twelve (12) Projects, with each Project rated at an average of 1,875 peak kW DC. The Contract Price will be adjusted downward by $0.39/peak W DC for each watt DC of total installed capacity less than 22,500,000 peak W DC. Additionally, the Contract Price will be adjusted downward by Development Expenses which are not refunded to any Project because that particular Project cannot achieve commercial operation by its Initial Operation Deadline. For Development Expenses that were spent on multiple Projects, the downward adjustment shall be on a pro rata basis. Potentially refundable Development Expenses include those portions of interconnection financial security postings released by SCE on withdrawal of an Interconnection Request or termination of a Generator Interconnection Agreement. Where the Contract Price is adjusted downward because of a Project’s failure to achieve commercial operation by the Initial Operation Deadline, the assets in relation to the Project, shall be transferred unencumbered to Coronus Parent, unless those assets are used by other Projects that can or do achieve commercial operation before the Initial Operation Deadline.
Installed Capacity. A Generator or Load facility that complies with the requirements in the Reliability Rules and is capable of supplying and/or reducing the demand for Energy in the NYCA for the purpose of ensuring that sufficient Energy and Capacity are available to meet the Reliability Rules. The Installed Capacity requirement, established by the NYSRC, includes a margin of reserve in accordance with the Reliability Rules. 1.48 Interconnection or Interconnection Points ("IP"). The point(s) at which the NYCA connects with a distribution system or adjacent Control Area. The IP may be a single tie line or several tie lines that are operated in parallel. 1.49
Installed Capacity. SWH products are popular among high-end residential consumers, hotels and tourism industry and in some industries. Typical systems of capacities in the range of 150 to 300L are popular. An approximate of 80,000 SWH systems is installed across domestic (~ 97%) and commercial (~ 3%) sector of which about 98% of the systems are flat plate type collectors. Typical annual market growth is approximately 7%.
