For BSPs with Asymmetrical Down Obligations, for a specific Period and a specific Frequency Deviation, the quantity of FCR to be supplied downwards will be determined via the ratio and on the basis of a Frequency Deviation f according to the following formula: When F < 50,100Hz: Preq3 = 0MW When 50.100 F 50,200Hz: Preq3 = - (0 * 2 * (Pb3[BSP, Period] * (∆f - 0,100Hz)) ≤ ≤ When F 50,200Hz: Preq3 = - Pb3[BSP, Period] ≥ With: Preq3 = the additional FCR in MW to be supplied (downwards) for the Asymmetrical Down Service. f = F – Pb3[BSP, Period] = the Asymmetric FCR Down Nominated for this quarter-hour; 0 = the power/frequency characteristic of ENTSO-E, equal to 15000 [MW/Hz]/3000 [MW] = 5 [1/Hz]. Graphically, Preq3 can be represented as follows: determination of the FCR Power required for the asymmetrical up service For BSPs with Asymmetrical Up Obligations, for a specific Period and a specific Frequency Deviation, the quantity of FCR to be supplied upwards will be determined via the power/frequency ratio and on the basis of a Frequency Deviation f according to the following formula: When F > 49,900Hz: Preq4 = 0MW When 49,800 F 49,900Hz: Preq4 = -0 * 2 * (Pb4[BSP, Period] * (∆f4 + 0,100Hz)) ≤ ≤ When F 49,800Hz: Preq4 = - Pb4[BSP, Period] ≤ With: Preq4 = the additional FCR in MW to be supplied (upwards) for the Asymmetrical Up Service. f = F 50,000Hz; – Pb4[BSP, Period] = the Asymmetric Up FCR Nominated for this quarter-hour; 0 = the power/frequency characteristic of ENTSO-E, equal to 15000 [MW/Hz]/3000 [MW] = 5 [1/Hz]. Graphically, Preq4 can be represented as follows:
For BSPs with Asymmetrical Down Obligations, for a specific Period and a specific Frequency Deviation, the quantity of FCR to be supplied downwards will be determined via the ratio and on the basis of a Frequency Deviation f according to the following formula: When F < 50,100Hz: Preq3 = 0MW When 50.100 ≤ F ≤ 50,200Hz: Preq3 = - (0 * 2 * (Pb3[BSP, Period] * (∆f - 0,100Hz)) When F ≥ 50,200Hz: Preq3 = - Pb3[BSP, Period] With: Preq3 = the additional FCR in MW to be supplied (downwards) for the Asymmetrical Down Service. f = F – Pb3[BSP, Period] = the Asymmetric FCR Down Nominated for this quarter-hour; 0 = the power/frequency characteristic of ENTSO-E, equal to 15000 [MW/Hz]/3000 [MW] = 5 [1/Hz]. Graphically, Preq3 can be represented as follows: determination of the FCR Power required for the asymmetrical up service For BSPs with Asymmetrical Up Obligations, for a specific Period and a specific Frequency Deviation, the quantity of FCR to be supplied upwards will be determined via the power/frequency ratio and on the basis of a Frequency Deviation f according to the following formula: When F > 49,900Hz: Preq4 = 0MW When 49,800 ≤ F ≤ 49,900Hz: Preq4 = -0 * 2 * (Pb4[BSP, Period] * (∆f4 + 0,100Hz)) When F ≤ 49,800Hz: Preq4 = - Pb4[BSP, Period] With: Preq4 = the additional FCR in MW to be supplied (upwards) for the Asymmetrical Up Service. f = F – 50,000Hz; Pb4[BSP, Period] = the Asymmetric Up FCR Nominated for this quarter-hour; 0 = the power/frequency characteristic of ENTSO-E, equal to 15000 [MW/Hz]/3000 [MW] = 5 [1/Hz]. Graphically, Preq4 can be represented as follows:
20180315_TermsandConditions_FCR_NonCIPU.docx