Field Name | Field Description | Calculation Method |
|---|---|---|
Avail. Time Grid | Total time (hours) the grid was available | Based on records where Site_Global.Grid_Available = Yes. At the end of the document, there are comments regarding availability. |
Avail. Time Solar | Total time (hours) the solar supplied power which was greater than 0W to the site. | Based on records where one of the fields Rectifier_X.Solar Power [W] was greater than 0. At the end of the document, there are comments regarding availability. | Avail. Time Battery | Total time (hours) the battery was available. |
Usage Time Grid | The total time (hours) the grid was contributing to the site's load. This is the time the grid was on load, multiplied by the part load it supplied (between 0-100%). | Based on records where Site_Global_Grid_On_Load = Yes, multiplied by the value of Site_Global_Grid_Load [%]. At the end of the document, there are comments regarding availability. | Usage Time DGX | Based on records where Site_Global_DGX_On_Load = Yes, multiplied by the value of Site_Global_DGX_Load [%]. At the end of the document, there are comments regarding availability. |
Usage Time Solar | The total time (hours) the solar was contributing to the site's load. This is the time the solar was on load, multiplied by the part load it supplied (between 0-100%). | Based on records where Site_Global_Solar_On_Load = Yes, multiplied by the value of Site_Global_Solar_Load [%]. At the end of the document, there are comments regarding availability. |
Usage Time Battery | The total time (hours) the battery was contributing to the site's load. This is the time the battery was on load, multiplied by the part load it supplied (between 0-100%). | Based on records where Site_Global_Battery_On_Load = Yes, multiplied by the value of Site_Global_Battery_Load [%]. At the end of the document, there are comments regarding availability. |
Usage Time Unknown | The total time (hours) an unknown source was contributing to the site's load. This is the time the unknown source was on load, multiplied by the part load it supplied (between 0-100%). | |
|
| Based on the records where Site_Global.DC_Status_PLD = Yes or Site_Global.DC_Status_LVD = Yes, and Rectifier_1.I_Load [A] At the end of the document, there are comments regarding availability. |
Grid - PhX V Min/Max/Avg* [V] | The minimum, maximum, and average voltage of the grid phase for the selected time range. | |
Grid - PhX A Min/Max/Avg* [A] | The minimum, maximum and average current of the grid phase for the selected time range | |
Grid - kWH Initial/Final [KWH] | The first/last record of the kWh value that was read from the grid AC meter, for the selected time range. | Based on the detailed field AC_Meter_Grid.Total_KWH [KWH] |
|
| The kWh difference between the 2 subsequent records will be aggregated, only if it is positive, and if the extrapolation of the value for the total kWh of the day is less than 7500 kWh. The extrapolation is checking if the kWh difference is reasonable, so if all day that was the kWh production rate, the total kWh for that day was less than 7500 kWh. Meaning, only if 24*d(kWh)/d(time) < 7500 kWh |
Grid - PhX Power Factor Max/Min [A] | The minimum, maximum and average power factor of the ATS phase for the selected time range. | |
ATS - PhX V Min/Max/Avg* [V] | The minimum, maximum, and average voltage of the ATS phase for the selected time range. | |
ATS - PhX A Min/Max/Avg* [A] | The minimum, maximum and average current of the ATS phase for the selected time range | |
ATS - kWH Initial/Final [KWH] | The first/last record of the kWh value that was read from the ATS AC meter, for the selected time range. | Based on the detailed field AC_Meter_ATS.Total_KWH [KWH] |
|
| Based on the detailed field AC_Meter_ATS.Total_KWH [KWH]. The kWh difference between the 2 subsequent records will be aggregated, only if it is positive, and if the extrapolation of the value for the total kWh of the day is less than 7500 kWh. The extrapolation is checking if the kWh difference is reasonable, so if all day that was the kWh production rate, the total kWh for that day was less than 7500 kWh. Meaning, only if 24*d(kWh)/d(time) < 7500 kWh |
ATS - PhX Power Factor Max/Min [A] | The minimum, maximum and average power factor of the ATS phase for the selected time range. | |
ATS – DG KWH Total [KWH] | Summary calculation of the ATS total kwh when DG1\DG2 was on load | |
ATS – Grid KWH Total [KWH] | Summary calculation of the ATS total kwh when the Grid was on load | The difference between: (ATS KWH Total) - (ATS - DG kWh Total) |
DGX - PhX V Min/Max/Avg* [V] | The minimum, maximum, and average voltage of the generator phase for the selected time range. | |
DGX - PhX A Min/Max/Avg* [A] | The minimum, maximum and average current of the generator phase for the selected time range | |
DGX - kWh Initial/Final [KWH] | The first/last record of the kWh value that was read from the generator AC meter or generator panel, for the selected time range. | Based on the detailed field AC_Meter_Generator_X.Total or Generator_1 power data |
|
| The kWh difference between the 2 subsequent records will be aggregated, only if it is positive, and if the extrapolation of the value for the total kWh of the day is less than 7500 kWh. The extrapolation is checking if the kWh difference is reasonable, so if all day that was the kWh production rate, the total kWh for that day was less than 7500 kWh. Meaning, only if 24*d(kWh)/d(time) < 7500 kWh |
DGX - PhX Power Factor Min/Max [A] | The minimum, maximum and average power factor of the phase for the selected time range. | |
DGX - Coolant Temp Min/Max [Celsius] | The minimum and the maximum coolant temperature of the geenrator X. | |
| The minimum, maximum and average load of the geenrator for the selected time range. Generator load (kW) is used to measure the real electric power provided by the generator. | If AC_Meter.Generator_X is configured - the calculation is the sum of all phases (Y=1,2,3): (AC_Meter_Generator_1.V_LY * AC_Meter_Generator_1.I_LY * AC_Meter_Generator_1.PF_LY) divided by 1000. Else, the calculation is the sum of all phases (Y=1,2,3): (Generator_1.Gen_VY * Generator_1.Gen_IY), multiplied by Generator_1.Power_Factor and divided by 1000. If the power factor is 0, a default value of 0.95 is used. |
SOLAR - PhX V Min/Max/Avg* [V] | The minimum, maximum, and average voltage of the solar meter phase for the selected time range. | |
SOLAR - PhX A Min/Max/Avg* [A] | The minimum, maximum and average current of the solar meter phase for the selected time range | |
SOLAR - kWh Initial/Final [KWH] | The first/last record of the kWh value that was read from the solar meter, for the selected time range. | Based on the detailed field Meter_Solar.Total_KWH [KWH] |
|
| The kWh difference between the 2 subsequent records will be aggregated, only if it is positive, and if the extrapolation of the value for the total kWh of the day is less than 7500 kWh. The extrapolation is checking if the kWh difference is reasonable, so if all day that was the kWh production rate, the total kWh for that day was less than 7500 kWh. Meaning, only if 24*d(kWh)/d(time) < 7500 kWh |
SOLAR_Module X V Max/Avg* [V] | The maximum and average voltage of the solar module for the selected time range. | Based on the detailed fields Rectifier_Y.Solar_Voltage_X [V] X=1->4, Y=1->5 |
SOLAR_Module X I Max/Avg* [A] | The maximum and average current of the solar module for the selected time range. | Based on the detailed fields Rectifier_X.Solar_Current_X [V] X=1->4, Y=1->5 |
WIND - PhX V Min/Max/Avg* [V] | The minimum, maximum, and average voltage of the wind meter per phase, for the selected time range | |
WIND - PhX A Min/Max/Avg* [A] | The minimum, maximum and average current of the wind meter per phase, for the selected time range | |
WIND - kWh Initial/Final [KWH] | The first/last record of the kWh value that was read from the wind meter, for the selected time range. | Based on the detailed field Meter_Wind.Total_KWH [KWH] |
|
| The kWh difference between the 2 subsequent records will be aggregated, only if it is positive, and if the extrapolation of the value for the total kWh of the day is less than 7500 kWh. The extrapolation is checking if the kWh difference is reasonable, so if all day that was the kWh production rate, the total kWh for that day was less than 7500 kWh. Meaning, only if 24*d(kWh)/d(time) < 7500 kWh |
...