System Losses definition
System Losses means, for purposes of Seller’s load calculations, the applicable system losses calculated by multiplying hourly kWh sales delivered to Buyer served at specified voltage levels by the applicable system loss percentage.
System Losses. All potential system output losses (after all equipment loses are applied) associated with shading, system orientation, tilt angle, etc. may not exceed 20% of optimal system output to receive the full incentive. Such losses must be detailed in each application package using industry accepted shading and orientation tools, verifiable assumptions and calculations. Systems with losses greater than 20% of optimal output due to shading and orientation issues may be considered on a case-by-case basis. However, any available incentives for these systems will be prorated by output loss. In cases where trees or any other obstruction must be removed or moved in order to meet the program rules, incentive payments will not be made until a new shading analysis and photos, verifying that the obstruction(s) have been removed are reviewed and approved by NYSERDA. Any trees or obstructions must be clearly labeled in the site map. Green Jobs Green New York (GJGNY) Financing: Should an eligible residential customer who chooses to access GJGNY financing for their PV system project be unable to proceed with installation of the PV system, due to either the system not meeting the Program’s eligibility requirements, or the customer is denied low-interest financing through GJGNY, the customer may terminate the Agreement without penalty and seek a full refund of any deposit paid to /Contractor or costs he or she incurred under the Agreement, less any reasonable site visit fees charged by the /Contractor.
System Losses. All potential system output losses (after all equipment loses are applied) associated with shading, system orientation, tilt angle, etc. may not exceed 20% of optimal system output to receive the full incentive. Such losses must be detailed in each application package using industry accepted shading and orientation tools, verifiable assumptions and calculations. Systems with losses greater than 20% of optimal output due to shading and orientation issues may be considered on a case-by-case basis. However, any available incentives for these systems will be prorated by output loss. In cases where trees or any other obstruction must be removed or moved in order to meet the program rules, incentive payments will not be made until a new shading analysis and photos, verifying that the obstruction(s) have been removed are reviewed and approved by NYSERDA. Any trees or obstructions must be clearly labeled in the site map. Green Jobs Green New York (GJGNY) Financing: Should an eligible residential customer who chooses to access GJGNY financing for their PV system project be unable to proceed with installation of the PV system, due to either the system not meeting the Program’s eligibility requirements, or the customer is denied low-interest financing through GJGNY, the customer may terminate the Agreement without penalty and seek a full refund of any deposit paid to /Contractor or costs he or she incurred under the Agreement, less any reasonable site visit fees charged by the /Contractor. Residential Clipboard Energy Efficiency Assessment: The Contractor agrees to complete a clipboard energy efficiency assessment consisting of two main components: an interview of the home owners to determine energy-use habits, and identify energy-saving opportunities, especially low- and no-cost measures that could reduce the electricity load of the residence. The Participating Contractor will review assessment results with the homeowner and provide the homeowner with a copy of the assessment report. Customers will not be required to implement energy efficiency upgrades as a pre-requisite to receiving the standard NY-Sun incentive. Nonresidential Energy Assessment: The Contractor will provide building owners with information on benchmarking tools, such as ENERGY STAR’s portfolio manager benchmarking tool or other equivalent tool. If requested by the building owner, the Contractor or Builder will help input utility bill information in the tool in order calculate an energy use index a...
Examples of System Losses in a sentence
For the avoidance of doubt, System Losses shall not constitute “loss” for purposes of this Section 6.3, and ▇▇▇▇▇ will not be entitled to compensation for any System Losses, except those caused by Seller's negligence.
Other versions of ▇▇ ▇▇▇▇▇ require an assumption of System Losses %.
All other provisions herein notwithstanding, the actual cumulative monthly volume of Fuel, System Fuel, Losses and System Losses shall never exceed three and one-half percent (3-1/2%) of the Shipper’s total monthly MMBtus delivered at all Receipt Points.
Outcome Level Indicators Reduction in Losses Total System Losses (Technical and Non- Technical) [(Total kWh generated -Total kWh billed) / Total kWh generated during same billing period] % 21.0 (2010) 18.5 7 Data and targets will be sourced from Malawi’s Electricity Investment Plan and/or Integrated Resource Plan.
As clarification since the required assumption on DC to AC Derate factor is .85 then the System Losses % would be 15%.
More Definitions of System Losses
System Losses means the difference between total net generation (including IPPs) and energy sales on the system expressed as a percentage of net generation.
System Losses means water losses that occur in the Project Facilities during the course of treatment and delivery, the amount of which will be determined by ARWA in accordance with industry standards and with input from the Project Advisory Committee.
System Losses means the difference between gross generation (measured as output from the Concessionaire’s generators before own energy use) and generation billed to customers, divided by gross generation and expressed as a percentage;
System Losses means Shipper’s prorata share of gas lost and unaccounted for in or on the System.
System Losses. : means the difference between energy injected in the Concessionaire’s distribution network and energy provided to customer connected to the Distribution Network.
System Losses any ESS efficiency losses resulting from the process of converting AC Energy into DC Energy for storage, and later converting this Energy back to AC for delivery.
System Losses. ’ means {1- (Total energy billed/ Total energy input in the system)} x 100;