the remaining number of average values of Psup_prequal(t) over 10 seconds for each step. The outcome of this test is the FCRmax_PG_SFP for each Providing value which together with the outcome of the Frequency Real-Time Follow-Up Test will determine the FCRmax_PG of the Providing Group tested for the particular Service Type. 200mHz Service Type The Providing must follow the following (indicative) profiles upward and downward following a simulated frequency deviation: Where: The Providing must in 13 seconds (7,5 seconds of required activation time as per Art. 6.1 and 5 seconds of tolerance) deliver the volume of each step of 50mHz; The Providing Group must maintain its reaction for 2 minutes before going to the next step of 50mHz. Once the Providing Group has deployed its maximal supplied power, it must maintain its reaction for 22 minutes. The same reaction must be performed in the opposite direction as showed hereby above within 24 hours; The timing of corresponding test steps to be followed is resumed hereby under: ELIA will calculate a value Pstep_min as follows: Pstep_min=min(Min1; Min2; Min3; Min4; Min5; Min6; Min7; Min8) Min1= 4* from t=13sec to t=128sec ΔPsupStep_1 Min2= 4* from t=141sec to t=256sec ΔPsupStep_2 Min3= 4* from t=269sec to t=384sec ΔPsupStep_3 Min4= 4* from t=397sec to t=1712sec ΔPsupStep_4 Min5= -4* from t=13sec to t=128sec ΔPsupStep_5 Min6= -4* from t=141sec to t=256sec ΔPsupStep_6 Min7= -4* from t=269sec to t=384sec ΔPsupStep_7 Min8= -4* from t=397sec to t=1712sec ΔPsupStep_8 Where:
the remaining number of average values of Psup_prequal(t) over 10 seconds for each step. The outcome of this test is the FCRmax_PG_SFP for each Providing value which together with the outcome of the Frequency Real-Time Follow-Up Test will determine the FCRmax_PG of the Providing Group tested for the particular Service Type. 200mHz Service Type The Providing must follow the following (indicative) profiles upward and downward following a simulated frequency deviation: Where: The Providing must in 13 seconds (7,5 seconds of required activation time as per Art. 6.1 and 5 seconds of tolerance) deliver the volume of each step of 50mHz; The Providing Group must maintain its reaction for 2 minutes before going to the next step of 50mHz. Once the Providing Group has deployed its maximal supplied power, it must maintain its reaction for 22 minutes. The same reaction must be performed in the opposite direction as showed hereby above within 24 hours; The timing of corresponding test steps to be followed is resumed hereby under: ELIA will calculate a value Pstep_min as follows: Pstep_min=min(Min1; Min2; Min3; Min4; Min5; Min6; Min7; Min8) Min1= 4* ΔPsupStep_1 from t=13sec to t=128sec Min2= 4* ΔPsupStep_2 from t=141sec to t=256sec Min3= 4* ΔPsupStep_3 from t=269sec to t=384sec Min4= 4* ΔPsupStep_4 from t=397sec to t=1712sec Min5= -4* ΔPsupStep_5 from t=13sec to t=128sec Min6= -4* ΔPsupStep_6 from t=141sec to t=256sec Min7= -4* ΔPsupStep_7 from t=269sec to t=384sec Min8= -4* ΔPsupStep_8 from t=397sec to t=1712sec Where: