Contract System Load definition

Contract System Load means the total Regional retail load included in the Form 1, as may be adjusted pursuant to the ASC Methodology, all in accordance with the ASC Methodology.
View Source
Contract System Load means: (1) the total Regional retail load included in the Form 1, or (2) for a consumer-owned utility (preference customer), the total Regional retail load from the most recent annual independently audited financial statement, as either may be adjusted pursuant to the ASC Methodology, all in accordance with the ASC Methodology.
View Source
Contract System Load means the firm energy load used by the Commission for the purpose of establishing retail rates, adjusted pursuant to Appendix 1.
View Source

Examples of Contract System Load in a sentence

  • All Utilities are re- quired to provide a forecast of their Contract System Load and associated Exchange Load, as well as a current distribution loss analysis as described in Endnote e of Appendix 1, with their Appendix 1 filings.

  • The load forecast for Contract System Load and Ex- change Load will start with the Base Period and extend through four (4) years after the Exchange Period.

  • The load forecast for Contract System Load and Exchange Load will be provided on a monthly basis for the Exchange Pe- riod.

  • ASC Contract System Cost and ASC Contract System Load 1 are determined by following the prescribed functionalization rules and other requirements 2 established in BPA’s 2008 Average System Cost Methodology (2008 ASCM), an administrative 3 rule developed by BPA in consultation with its customers and other stakeholders.

  • Under the 1981 ASCM, a utility’s ASC was the sum of a utility’s production and transmission-related costs (Contract System Costs) divided by the utility’s system load (Contract System Load).

  • ASC (expressed in dollars per megawatthour ($/MWh), which is 26 by its ASC Contract System Load.

  • Id. Accordingly, a utility's ASC is determined by dividing Contract System Costs (the exchanging utility's transmission and production costs) by the Contract System Load (the exchanging utility's total load).

  • ASC 24 Contract System Cost and ASC Contract System Load are determined by following the 25 prescribed functionalization rules and other requirements established in BPA’s 2008 Average 26 System Cost Methodology (2008 ASCM), an administrative rule developed by BPA in 1 consultation with its customers and other stakeholders.

  • ASC (expressed in $/MWh, which is equivalent to ▇▇▇▇▇/kWh) 23 equals a utility’s ASC Contract System Cost divided by its ASC Contract System Load.

  • The rate charged by a utility to Bonneville for the agency’s purchase of power from the utility under section 5(c) of the Northwest Power Act for each Ex- change Period, and is the quotient ob- tained by dividing the Contract System Costs by Contract System Load.


More Definitions of Contract System Load

Contract System Load means the firm energy load used by the State Commission for the purpose of establishing retail rates, adjusted pursuant to the Average System Cost Methodology rule.
View Source
Contract System Load means (1) the total Regional retail load included in the Form 1, or (2) for a consumer-owned utility (preference customer), the total Regional retail load from the most recent annual independently audited financial statement, as either may be adjusted pursuant to the ASC Methodology, all in accordance with the ASC Methodology.
View Source

Related to Contract System Load

  • Supplier System means the information and communications technology system used by the Supplier in performing the Services including the Software, the Equipment and related cabling (but excluding the Customer System);

  • Digital Cross Connect System or "DCS" is a function which provides automated Cross Connection of Digital Signal Level 0 (DS0) or higher transmission bit rate digital channels within physical interface facilities. Types of DCS include but are not limited to DCS 1/0s, DCS 3/1s, and DCS 3/3s, where the nomenclature 1/0 denotes interfaces typically at the DS1 rate or greater with Cross Connection typically at the DS0 rate. This same nomenclature, at the appropriate rate substitution, extends to the other types of DCS specifically cited as 3/1 and 3/3. Types of DCS that cross connect Synchronous Transport Signal level 1 (STS-1 s) or other Synchronous Optical Network (SONET) signals (e.g., STS-3) are also DCS, although not denoted by this same type of nomenclature. DCS may provide the functionality of more than one of the aforementioned DCS types (e.g., DCS 3/3/1 which combines functionality of DCS 3/3 and DCS 3/1). For such DCS, the requirements will be, at least, the aggregation of requirements on the "component" DCS. In locations where automated Cross Connection capability does not exist, DCS will be defined as the combination of the functionality provided by a Digital Signal Cross Connect (DSX) or Light Guide Cross Connect (LGX) patch panels and D4 channel banks or other DS0 and above multiplexing equipment used to provide the function of a manual Cross Connection. Interconnection is between a DSX or LGX to a Switch, another Cross Connection, or other service platform device.