Package io.openems.edge.ess.mr.gridcon

Interface GridconPcs

All Known Implementing Classes:
GridconPcsImpl
public interface GridconPcs
Describes functions of the gridcon pcs system.

  • Field Details

    • MAX_POWER_PER_INVERTER

      static final int MAX_POWER_PER_INVERTER
      See Also:

    • Q_LIMIT

      static final float Q_LIMIT
      See Also:

    • POWER_PRECISION_WATT

      static final int POWER_PRECISION_WATT
      See Also:

    • DEFAULT_GRID_FREQUENCY

      static final float DEFAULT_GRID_FREQUENCY
      See Also:

    • DEFAULT_GRID_VOLTAGE

      static final float DEFAULT_GRID_VOLTAGE
      See Also:

    • NOMINAL_CURRENT_PER_UNIT

      static final Float NOMINAL_CURRENT_PER_UNIT

    • NOMINAL_POWER_PER_UNIT

      static final Float NOMINAL_POWER_PER_UNIT

  • Method Details

    • getMaxApparentPower

      float getMaxApparentPower()

    • isRunning

      boolean isRunning()

    • isStopped

      boolean isStopped()

    • isError

      boolean isError()

    • setPower

      void setPower(int activePower, int reactivePower)

    • setStop

      void setStop(boolean stop)

    • setPlay

      void setPlay(boolean play)

    • setAcknowledge

      void setAcknowledge(boolean acknowledge)

    • setErrorCodeFeedback

      void setErrorCodeFeedback(int errorCodeFeedback)

    • getErrorCode

      int getErrorCode()

    • getActivePower

      float getActivePower()

    • getReactivePower

      float getReactivePower()

    • getDcLinkPositiveVoltage

      float getDcLinkPositiveVoltage()

    • isCommunicationBroken

      boolean isCommunicationBroken()

    • setEnableIpu1

      void setEnableIpu1(boolean enabled)

    • setEnableIpu2

      void setEnableIpu2(boolean enabled)

    • setEnableIpu3

      void setEnableIpu3(boolean enabled)

    • enableDcDc

      void enableDcDc()

    • disableDcDc

      void disableDcDc()

    • setBalancingMode

      void setBalancingMode(BalancingMode balancingMode)

    • setFundamentalFrequencyMode

      void setFundamentalFrequencyMode(FundamentalFrequencyMode fundamentalFrequencyMode)

    • setHarmonicCompensationMode

      void setHarmonicCompensationMode(HarmonicCompensationMode harmonicCompensationMode)

    • setMode

      void setMode(Mode mode)

    • setU0

      void setU0(float voltageFactor)

    • setF0

      void setF0(float frequencyFactor)

    • setPControlMode

      void setPControlMode(PControlMode activePowerControl)

    • setQLimit

      void setQLimit(float f)

    • setPMaxChargeIpu1

      void setPMaxChargeIpu1(float maxPower)

    • setPMaxDischargeIpu1

      void setPMaxDischargeIpu1(float maxPower)

    • setPMaxChargeIpu2

      void setPMaxChargeIpu2(float maxPower)

    • setPMaxDischargeIpu2

      void setPMaxDischargeIpu2(float maxPower)

    • setPMaxChargeIpu3

      void setPMaxChargeIpu3(float maxPower)

    • setPMaxDischargeIpu3

      void setPMaxDischargeIpu3(float maxPower)

    • setDcLinkVoltage

      void setDcLinkVoltage(float dcLinkVoltageSetpoint)

    • setWeightStringA

      void setWeightStringA(Float weight)

    • setWeightStringB

      void setWeightStringB(Float weight)

    • setWeightStringC

      void setWeightStringC(Float weight)

    • setIRefStringA

      void setIRefStringA(Float current)

    • setIRefStringB

      void setIRefStringB(Float current)

    • setIRefStringC

      void setIRefStringC(Float current)

    • setStringControlMode

      void setStringControlMode(int stringControlMode)

    • getErrorCount

      int getErrorCount()

    • setSyncDate

      void setSyncDate(int date)

    • setSyncTime

      void setSyncTime(int time)

    • isDcDcStarted

      boolean isDcDcStarted()

    • isIpusStarted

      boolean isIpusStarted(boolean enableIpu1, boolean enableIpu2, boolean enableIpu3)

    • doWriteTasks

      void doWriteTasks() throws OpenemsError.OpenemsNamedException
      Throws:
      OpenemsError.OpenemsNamedException

    • getActivePowerPreset

      float getActivePowerPreset()

    • getEfficiencyLossChargeFactor

      double getEfficiencyLossChargeFactor()

    • getEfficiencyLossDischargeFactor

      double getEfficiencyLossDischargeFactor()

    • getCurrentL1Grid

      float getCurrentL1Grid()

    • getCurrentL2Grid

      float getCurrentL2Grid()

    • getCurrentL3Grid

      float getCurrentL3Grid()

    • getCurrentLNGrid

      float getCurrentLNGrid()

    • getActivePowerL1Grid

      float getActivePowerL1Grid()

    • getActivePowerL2Grid

      float getActivePowerL2Grid()

    • getActivePowerL3Grid

      float getActivePowerL3Grid()

    • getActivePowerSumGrid

      float getActivePowerSumGrid()

    • getReactivePowerL1Grid

      float getReactivePowerL1Grid()

    • getReactivePowerL2Grid

      float getReactivePowerL2Grid()

    • getReactivePowerL3Grid

      float getReactivePowerL3Grid()

    • getReactivePowerSumGrid

      float getReactivePowerSumGrid()

    • getApparentPowerL1Grid

      float getApparentPowerL1Grid()

    • getApparentPowerL2Grid

      float getApparentPowerL2Grid()

    • getApparentPowerL3Grid

      float getApparentPowerL3Grid()

    • getApparentPowerSumGrid

      float getApparentPowerSumGrid()

    • isUndefined

      boolean isUndefined()

    • setCosPhiSetPoint1

      void setCosPhiSetPoint1(float cosPhiSetPoint1)

    • setCosPhiSetPoint2

      void setCosPhiSetPoint2(float cosPhiSetPoint2)