Power factor: additional indication of what quadrant. See and Underexcited = PFExt for additional details. True; Overexcited = How should the storage DER system react when changing 1 = reverse between charging and discharging, namely should it reverse var characterization VArAct underexcited/overexcited characterization or should it maintain 2 = maintain var characterization? characterization Calculation method used for total apparent power calculation ClcTotVA (Vector | Arithmetic) Percent of reference active power watts as maximum allowed WMaxLimPct watts output Enumeration for reference of reactive power: Reactive power in percent of Wmax VArRef Reactive power in percent of VarMax Reactive power in percent of VArAval VArWMaxPct Reactive power in percent of WMax 10% VArMaxPct Reactive power in percent of VArMax 10% VArAvalPct Reactive power in percent of VArAval 50% Setpoint for minimum reserve for storage, as a percentage of the MinRsvPct nominal maximum storage WinTms Time window (in seconds) within which to randomly execute a command. If the time window is zero, the command will be executed immediately RvrtTms Timeout period (in seconds), after which the device will revert to its default status, such as closing the switch to reconnect to the grid or allowing maximum watts output, in case communications are lost or mitigating messages are not received OpModPas Mode of operation driven by energy source (e.g. solar, water True; False – flow) so generation level is constrained by availability of that energy source OpModConsW Mode of operation constant True; False – OpModConsV Mode of operation constant voltage True; False – OpModConsVAr Mode of operation constant vars True; – OpModConsPF Mode of operation constant power factor True; False – OpModExIm Mode of operation constant export/import True; – OpModMaxVAr Mode of operation maximum vars True; – OpModVOv Mode of operation voltage override True; False – OpModPk Mode of operation peak load shaving True; False – OpModIsld Mode of operation islanded at the ECP True; False – OpModPrc Mode of operation pricing signal True; False – Mode of operation voltage ride-through OpModVrt True; – Mode of operation frequency ride-through OpModFrt True; False –
PFExt Power factor: additional indication of what quadrant. See and for additional details. Underexcited = True; Overexcited = VArAct How should the storage DER system react when changing between charging and discharging, namely should it reverse var underexcited/overexcited characterization or should it maintain var characterization? 1 = reverse characterization 2 = maintain characterization ClcTotVA Calculation method used for total apparent power calculation (Vector | Arithmetic) WMaxLimPct Percent of reference active power watts as maximum allowed watts output VArRef Enumeration for reference of reactive power: Reactive power in percent of Wmax Reactive power in percent of VarMax Reactive power in percent of VArAval VArWMaxPct Reactive power in percent of WMax 10% VArMaxPct Reactive power in percent of VArMax 10% VArAvalPct Reactive power in percent of VArAval 50% MinRsvPct Setpoint for minimum reserve for storage, as a percentage of the nominal maximum storage WinTms Time window (in seconds) within which to randomly execute a command. If the time window is zero, the command will be executed immediately RvrtTms Timeout period (in seconds), after which the device will revert to its default status, such as closing the switch to reconnect to the grid or allowing maximum watts output, in case communications are lost or mitigating messages are not received OpModPas Mode of operation – driven by energy source (e.g. solar, water flow) so generation level is constrained by availability of that energy source True; False OpModConsW Mode of operation – constant True; False OpModConsV Mode of operation – constant voltage True; False OpModConsVAr Mode of operation – constant vars True; OpModConsPF Mode of operation – constant power factor True; False OpModExIm Mode of operation – constant export/import True; OpModMaxVAr Mode of operation – maximum vars True; OpModVOv Mode of operation – voltage override True; False OpModPk Mode of operation – peak load shaving True; False OpModIsld Mode of operation – islanded at the ECP True; False OpModPrc Mode of operation – pricing signal True; False OpModVrt Mode of operation – voltage ride-through True; OpModFrt Mode of operation – frequency ride-through True; False