Solare Datensysteme Solar-Log - Manual (Page 55)

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Type of Reactive Power Reduction:
This contains the type of reactive power reduction that is specified by the active control source.
Displayed Text Explanation
Text
PMF_RP_NONE No reactive power control.
PMF_RP_ERROR An error occurred while determining the reactive power control
function.
PMF_RP_FIX_COS Fixed Cos(Phi) specification.
PMF_RP_FIX_Q Fixed reactive power specification.
PMF_RP_Q_U_LINE Reactive power determined by the characteristic curve Q(V)
PMF_RP_P_PN_LINE Cos(Phi) determined by the configured characteristic curve P/Pn
PMF_RP_ADJUSTABLE The control function is determined by an input (e.g. via a ripple
control receiver or IO Box/Profile).
PMF_RP_MATRIX The Cos(Phi) specifications are determined by the the config-
ured matrix.
Value specification from:
This field indications how the control value used was determined.
Displayed Text Explanation
Text
PMV_NONE No control source.
PMV_CONFIG The value is stored in the configuration.
PMV_MODE The value can be determined by the reduction mode.
PMV_RP_PIGGY The value comes from the PM (reactive power control) input
(and is determined in combination with the matrix in the config-
uration or PM profile).
PMV_MRP_PIGGY The value comes from the PM (reactive power control) input of
the master (and is determined in combination with the matrix in
the configuration or PM profile).
PMV_MODBUS_1 The value comes from the ModBus PM V1 interface.
PMV_MODBUS_2 The value comes from the ModBus PM V2 interface.
PMV_PROFILE_ADAM The value comes from the analog or digital input of the IO Box
(Adam Box).
PMV_PROFILE_INTERN The value is specified in the PM profile.
PMV_ERROR An error occurred while determining the value.
PMV_CONFIG_UTILITY The value was determined via the internal configuration based
the Utility Meter measurement.
PMV_MODBUS_DM The value comes from the ModBus DM interface (direct seller
interface).