Common use of Calculation of Nodal Distribution Factors Clause in Contracts

Calculation of Nodal Distribution Factors. The ISO will calculate the nodal distribution factor for each load bus modeled in the power flow case utilizing the output of the reliability simulation program that identified the Generator Deactivation Reliability Need, including the NYCA generation dispatch and NYCA coincident peak Load. The nodal distribution factor represents the percentage of the Load that flows across the facility subject to the Generator Deactivation Reliability Need. The sign (positive or negative) of the nodal distribution factor represents the direction of flow.

Calculation of Nodal Distribution Factors. The ISO will calculate the nodal distribution factor for each load bus modeled in the power flow case utilizing the output of the reliability simulation program that identified the Generator Deactivation Short-Term Reliability Process Need, including the NYCA generation dispatch and NYCA coincident peak Load. The nodal distribution factor represents the percentage of the Load that flows across the facility subject to the Generator Deactivation Short-Term Reliability Process Need. The sign (positive or negative) of the nodal distribution factor represents the direction of flow.

Calculation of Nodal Distribution Factors. The ISO will calculate the nodal distribution factor for each load bus modeled in the power flow case utilizing the output of the reliability simulation program that identified the Generator Deactivation Reliability Need, including the NYCA generation dispatch and NYCA coincident peak Load. The nodal distribution factor represents the percentage of the Load that flows across the facility subject to the Generator Deactivation Reliability Need. The sign (positive or negative) of the nodal distribution factor represents the direction of flow.