Common use of - LCR Deficiency Clause in Contracts

- LCR Deficiency. 38.22.1.1.1 Any deficiencies in meeting the LCRs for the Target Year will be referred to as the LCRdef. If the reliability criterion is met once the LCR deficiencies have been addressed, that is LOLE  0.1 for the Target Year is achieved, then the only costs allocated will be those related to the LCRdef MW. Cost responsibility for the LCRdef MW will be borne by each deficient locational zone(s), to the extent each is individually deficient. For a single solution that addresses only an LCR deficiency in the applicable LCR zone, the equation would reduce to: Where i is for each applicable LCR zone, LCRdefi represents the applicable zonal LCR deficiency, and Soln_Size represents the total compensatory MW addressed by the applicable project. 38.22.1.1.2 Prior to the LOLE calculation, voltage constrained interfaces will be recalculated to determine the resulting transfer limits when the LCRdef MW are added.

- LCR Deficiency. 38.22.1.1.1 Any deficiencies in meeting the LCRs for the Target Year will be referred to as the LCRdef. If the reliability criterion is met once the LCR deficiencies have been addressed, that is LOLE  0.1 for the Target Year is achieved, then the only costs allocated will be those related to the LCRdef MW. Cost responsibility for the LCRdef MW will be borne by each deficient locational zone(s), to the extent each is individually deficient. . For a single solution that addresses only an LCR deficiency in the applicable LCR zone, the equation would reduce to: Where i is for each applicable LCR zone, LCRdefi represents the applicable zonal LCR deficiency, and Soln_Size represents the total compensatory MW addressed by the applicable project. 38.22.1.1.2 Prior to the LOLE calculation, voltage constrained interfaces will be recalculated to determine the resulting transfer limits when the LCRdef MW are added.

- LCR Deficiency. 38.22.1.1.1 Any deficiencies in meeting the LCRs for the Target Year will be referred to as the LCRdef. If the reliability criterion is met once the LCR deficiencies have been addressed, that is LOLE  0.1 for the Target Year is achieved, then the only costs allocated will be those related to the LCRdef MW. Cost responsibility for the LCRdef MW will be borne by each deficient locational zone(s), to the extent each is individually deficient. For a single solution that addresses only an LCR deficiency in the applicable LCR zone, the equation would reduce to: = LCRdef Soln_Size ∗ 100% Where i is for each applicable LCR zone, LCRdefi represents the applicable zonal LCR deficiency, and Soln_Size represents the total compensatory MW addressed by the applicable project. 38.22.1.1.2 Prior to the LOLE calculation, voltage constrained interfaces will be recalculated to determine the resulting transfer limits when the LCRdef MW are added.

- LCR Deficiency. 38.22.1.1.1 Any deficiencies in meeting the LCRs for the Target Year will be referred to as the LCRdef. If the reliability criterion is met once the LCR deficiencies have been addressed, that is LOLE  0.1 for the Target Year is achieved, then the only costs allocated will be those related to the LCRdef MW. Cost responsibility for the LCRdef MW will be borne by each deficient locational zone(s), to the extent each is individually deficient. . For a single solution that addresses only an LCR deficiency in the applicable LCR zone, the equation would reduce to: Allocation = Soln_Size ∗ 100% Where i is for each applicable LCR zone, LCRdefi represents the applicable zonal LCR deficiency, and Soln_Size represents the total compensatory MW addressed by the applicable project. 38.22.1.1.2 Prior to the LOLE calculation, voltage constrained interfaces will be recalculated to determine the resulting transfer limits when the LCRdef MW are added.