/// <summary>
/// Updates the Properties used in CommonData.
/// </summary>
/// <param name="data">The ETAPU11 data.</param>
public void Refresh(SYMO823MData data)
{
if (data != null)
{
// Extended Measurements & Status Model (IC122)
IC122ID = data.IC122ID;
IC122Length = data.IC122Length;
PVConn = data.PVConn;
StorConn = data.StorConn;
ECPConn = data.ECPConn;
ActWh = data.ActWh;
ActVAh = data.ActVAh;
ActVArhQ1 = data.ActVArhQ1;
ActVArhQ2 = data.ActVArhQ2;
ActVArhQ3 = data.ActVArhQ3;
ActVArhQ4 = data.ActVArhQ4;
AvailableVAr = data.AvailableVAr;
ScaleFactorAvailableVAr = data.ScaleFactorAvailableVAr;
AvailableW = data.AvailableW;
ScaleFactorAvailableW = data.ScaleFactorAvailableW;
StSetLimMsk = data.StSetLimMsk;
StActCtl = data.StActCtl;
TmSrc = data.TmSrc;
Tms = data.Tms;
RtSt = data.RtSt;
Riso = data.Riso;
ScaleFactorRiso = data.ScaleFactorRiso;
}
Status = data?.Status ?? Uncertain;
}
/// <summary>
/// Updates the Properties used in CommonData.
/// </summary>
/// <param name="data">The ETAPU11 data.</param>
public void Refresh(SYMO823MData data)
{
if (data != null)
{
// Immediate Control Model (IC123)
IC123ID = data.IC123ID;
IC123Length = data.IC123Length;
ConnWinTms = data.ConnWinTms;
ConnRvrtTms = data.ConnRvrtTms;
Conn = data.Conn;
WMaxLimPct = data.WMaxLimPct;
WMaxLimPctWinTms = data.WMaxLimPctWinTms;
WMaxLimPctRvrtTms = data.WMaxLimPctRvrtTms;
WMaxLimPctRmpTms = data.WMaxLimPctRmpTms;
WMaxLimEna = data.WMaxLimEna;
OutPFSet = data.OutPFSet;
OutPFSetWinTms = data.OutPFSetWinTms;
OutPFSetRvrtTms = data.OutPFSetRvrtTms;
OutPFSetRmpTms = data.OutPFSetRmpTms;
OutPFSetEna = data.OutPFSetEna;
VArWMaxPct = data.VArWMaxPct;
VArMaxPct = data.VArMaxPct;
VArAvalPct = data.VArAvalPct;
VArPctWinTms = data.VArPctWinTms;
VArPctRvrtTms = data.VArPctRvrtTms;
VArPctRmpTms = data.VArPctRmpTms;
VArPctMod = data.VArPctMod;
VArPctEna = data.VArPctEna;
ScaleFactorWMaxLimPct = data.ScaleFactorWMaxLimPct;
ScaleFactorOutPFSet = data.ScaleFactorOutPFSet;
ScaleFactorVArPct = data.ScaleFactorVArPct;
}
Status = data?.Status ?? Uncertain;
}
/// <summary>
/// Updates the Properties used in CommonData.
/// </summary>
/// <param name="data">The SYMO823M data.</param>
public void Refresh(SYMO823MData data)
{
if (data != null)
{
// Common Model (C001)
SunSpecID = data.SunSpecID;
C001ID = data.C001ID;
C001Length = data.C001Length;
Manufacturer = data.Manufacturer;
Model = data.Model;
Options = data.Options;
Version = data.Version;
SerialNumber = data.SerialNumber;
DeviceAddress = data.DeviceAddress;
}
Status = data?.Status ?? Uncertain;
}
/// <summary>
/// Updates the Properties used in CommonData.
/// </summary>
/// <param name="data">The SYMO823M data.</param>
public void Refresh(SYMO823MData data)
{
if (data != null)
{
// Fronius registers
DeleteData = data.DeleteData;
StoreData = data.StoreData;
ActiveStateCode = data.ActiveStateCode;
ResetAllEventFlags = data.ResetAllEventFlags;
ModelType = data.ModelType;
SitePower = data.SitePower;
SiteEnergyDay = data.SiteEnergyDay;
SiteEnergyYear = data.SiteEnergyYear;
SiteEnergyTotal = data.SiteEnergyTotal;
}
Status = data?.Status ?? Uncertain;
}
/// <summary>
/// Updates the Properties used in CommonData.
/// </summary>
/// <param name="data">The ETAPU11 data.</param>
public void Refresh(SYMO823MData data)
{
if (data != null)
{
// Inverter Model (I113)
I113ID = data.I113ID;
I113Length = data.I113Length;
TotalCurrentAC = data.TotalCurrentAC;
CurrentL1 = data.CurrentL1;
CurrentL2 = data.CurrentL2;
CurrentL3 = data.CurrentL3;
VoltageL1L2 = data.VoltageL1L2;
VoltageL2L3 = data.VoltageL2L3;
VoltageL3L1 = data.VoltageL3L1;
VoltageL1N = data.VoltageL1N;
VoltageL2N = data.VoltageL2N;
VoltageL3N = data.VoltageL3N;
PowerAC = data.PowerAC;
Frequency = data.Frequency;
ApparentPower = data.ApparentPower;
ReactivePower = data.ReactivePower;
PowerFactor = data.PowerFactor;
LifeTimeEnergy = data.LifeTimeEnergy;
CurrentDC = data.CurrentDC;
VoltageDC = data.VoltageDC;
PowerDC = data.PowerDC;
CabinetTemperature = data.CabinetTemperature;
HeatsinkTemperature = data.HeatsinkTemperature;
TransformerTemperature = data.TransformerTemperature;
OtherTemperature = data.OtherTemperature;
OperatingState = data.OperatingState;
VendorState = data.VendorState;
Evt1 = data.Evt1;
Evt2 = data.Evt2;
EvtVnd1 = data.EvtVnd1;
EvtVnd2 = data.EvtVnd2;
EvtVnd3 = data.EvtVnd3;
EvtVnd4 = data.EvtVnd4;
}
Status = data?.Status ?? Uncertain;
}
/// <summary>
/// Updates the Properties used in CommonData.
/// </summary>
/// <param name="data">The ETAPU11 data.</param>
public void Refresh(SYMO823MData data)
{
if (data != null)
{
// Basic Settings Model(IC121)
IC121ID = data.IC121ID;
IC121Length = data.IC121Length;
WMax = data.WMax;
VRef = data.VRef;
VRefOfs = data.VRefOfs;
VMax = data.VMax;
VMin = data.VMin;
VAMax = data.VAMax;
VARMaxQ1 = data.VARMaxQ1;
VARMaxQ2 = data.VARMaxQ2;
VARMaxQ3 = data.VARMaxQ3;
VARMaxQ4 = data.VARMaxQ4;
WGra = data.WGra;
PFMinQ1 = data.PFMinQ1;
PFMinQ2 = data.PFMinQ2;
PFMinQ3 = data.PFMinQ3;
PFMinQ4 = data.PFMinQ4;
MaxRmpRte = data.MaxRmpRte;
ECPNomHz = data.ECPNomHz;
ConnectedPhase = data.ConnectedPhase;
ScaleFactorWMax = data.ScaleFactorWMax;
ScaleFactorVRef = data.ScaleFactorVRef;
ScaleFactorVRefOfs = data.ScaleFactorVRefOfs;
ScaleFactorVMinMax = data.ScaleFactorVMinMax;
ScaleFactorVAMax = data.ScaleFactorVAMax;
ScaleFactorVARMax = data.ScaleFactorVARMax;
ScaleFactorWGra = data.ScaleFactorWGra;
ScaleFactorPFMin = data.ScaleFactorPFMin;
ScaleFactorMaxRmpRte = data.ScaleFactorMaxRmpRte;
ScaleFactorECPNomHz = data.ScaleFactorECPNomHz;
}
Status = data?.Status ?? Uncertain;
}
/// <summary>
/// Updates the Properties used in CommonData.
/// </summary>
/// <param name="data">The ETAPU11 data.</param>
public void Refresh(SYMO823MData data)
{
if (data != null)
{
// Multiple MPPT Inverter Extension Model (I160)
I160ID = data.I160ID;
I160Length = data.I160Length;
ScaleFactorCurrent = data.ScaleFactorCurrent;
ScaleFactorVoltage = data.ScaleFactorVoltage;
ScaleFactorPower = data.ScaleFactorPower;
ScaleFactorEnergy = data.ScaleFactorEnergy;
GlobalEvents = data.GlobalEvents;
NumberOfModules = data.NumberOfModules;
TimestampPeriod = data.TimestampPeriod;
InputID1 = data.InputID1;
InputIDString1 = data.InputIDString1;
CurrentDC1 = data.CurrentDC1;
VoltageDC1 = data.VoltageDC1;
PowerDC1 = data.PowerDC1;
LifetimeEnergy1 = data.LifetimeEnergy1;
Timestamp1 = data.Timestamp1;
Temperature1 = data.Temperature1;
OperatingState1 = data.OperatingState1;
ModuleEvents1 = data.ModuleEvents1;
InputID2 = data.InputID2;
InputIDString2 = data.InputIDString2;
CurrentDC2 = data.CurrentDC2;
VoltageDC2 = data.VoltageDC2;
PowerDC2 = data.PowerDC2;
LifetimeEnergy2 = data.LifetimeEnergy2;
Timestamp2 = data.Timestamp2;
Temperature2 = data.Temperature2;
OperatingState2 = data.OperatingState2;
ModuleEvents2 = data.ModuleEvents2;
}
Status = data?.Status ?? Uncertain;
}
/// <summary>
/// Updates the Properties used in CommonData.
/// </summary>
/// <param name="data">The ETAPU11 data.</param>
public void Refresh(SYMO823MData data)
{
if (data != null)
{
// Nameplate Model (IC120)
IC120ID = data.IC120ID;
IC120Length = data.IC120Length;
DERType = data.DERType;
OutputW = data.OutputW;
ScaleFactorOutputW = data.ScaleFactorOutputW;
OutputVA = data.OutputVA;
ScaleFactorOutputVA = data.ScaleFactorOutputVA;
OutputVArQ1 = data.OutputVArQ1;
OutputVArQ2 = data.OutputVArQ2;
OutputVArQ3 = data.OutputVArQ3;
OutputVArQ4 = data.OutputVArQ4;
ScaleFactorOutputVAr = data.ScaleFactorOutputVAr;
MaxRMS = data.MaxRMS;
ScaleFactorMaxRMS = data.ScaleFactorMaxRMS;
MinimumPFQ1 = data.MinimumPFQ1;
MinimumPFQ2 = data.MinimumPFQ2;
MinimumPFQ3 = data.MinimumPFQ3;
MinimumPFQ4 = data.MinimumPFQ4;
ScaleFactorMinimumPF = data.ScaleFactorMinimumPF;
EnergyRating = data.EnergyRating;
ScaleFactorEnergyRating = data.ScaleFactorEnergyRating;
BatteryCapacity = data.BatteryCapacity;
ScaleFactorBatteryCapacity = data.ScaleFactorBatteryCapacity;
MaxCharge = data.MaxCharge;
ScaleFactorMaxCharge = data.ScaleFactorMaxCharge;
MaxDischarge = data.MaxDischarge;
ScaleFactorMaxDischarge = data.ScaleFactorMaxDischarge;
}
Status = data?.Status ?? Uncertain;
}
/// <summary>
/// Updates the Properties used in OverviewData.
/// </summary>
/// <param name="data">The SYMO823M data.</param>
public void Refresh(SYMO823MData data)
{
if (data != null)
{
// Common Model (C001)
SunSpecID = data.SunSpecID;
C001ID = data.C001ID;
C001Length = data.C001Length;
Manufacturer = data.Manufacturer;
Model = data.Model;
Options = data.Options;
Version = data.Version;
SerialNumber = data.SerialNumber;
DeviceAddress = data.DeviceAddress;
// Inverter Model (I113)
I113ID = data.I113ID;
I113Length = data.I113Length;
TotalCurrentAC = data.TotalCurrentAC;
CurrentL1 = data.CurrentL1;
CurrentL2 = data.CurrentL2;
CurrentL3 = data.CurrentL3;
VoltageL1L2 = data.VoltageL1L2;
VoltageL2L3 = data.VoltageL2L3;
VoltageL3L1 = data.VoltageL3L1;
VoltageL1N = data.VoltageL1N;
VoltageL2N = data.VoltageL2N;
VoltageL3N = data.VoltageL3N;
PowerAC = data.PowerAC;
Frequency = data.Frequency;
ApparentPower = data.ApparentPower;
ReactivePower = data.ReactivePower;
PowerFactor = data.PowerFactor;
LifeTimeEnergy = data.LifeTimeEnergy;
CurrentDC = data.CurrentDC;
VoltageDC = data.VoltageDC;
PowerDC = data.PowerDC;
CabinetTemperature = data.CabinetTemperature;
HeatsinkTemperature = data.HeatsinkTemperature;
TransformerTemperature = data.TransformerTemperature;
OtherTemperature = data.OtherTemperature;
OperatingState = data.OperatingState;
VendorState = data.VendorState;
Evt1 = data.Evt1;
Evt2 = data.Evt2;
EvtVnd1 = data.EvtVnd1;
EvtVnd2 = data.EvtVnd2;
EvtVnd3 = data.EvtVnd3;
EvtVnd4 = data.EvtVnd4;
// Nameplate Model (IC120)
IC120ID = data.IC120ID;
IC120Length = data.IC120Length;
DERType = data.DERType;
OutputW = data.OutputW;
ScaleFactorOutputW = data.ScaleFactorOutputW;
OutputVA = data.OutputVA;
ScaleFactorOutputVA = data.ScaleFactorOutputVA;
OutputVArQ1 = data.OutputVArQ1;
OutputVArQ2 = data.OutputVArQ2;
OutputVArQ3 = data.OutputVArQ3;
OutputVArQ4 = data.OutputVArQ4;
ScaleFactorOutputVAr = data.ScaleFactorOutputVAr;
MaxRMS = data.MaxRMS;
ScaleFactorMaxRMS = data.ScaleFactorMaxRMS;
MinimumPFQ1 = data.MinimumPFQ1;
MinimumPFQ2 = data.MinimumPFQ2;
MinimumPFQ3 = data.MinimumPFQ3;
MinimumPFQ4 = data.MinimumPFQ4;
ScaleFactorMinimumPF = data.ScaleFactorMinimumPF;
EnergyRating = data.EnergyRating;
ScaleFactorEnergyRating = data.ScaleFactorEnergyRating;
BatteryCapacity = data.BatteryCapacity;
ScaleFactorBatteryCapacity = data.ScaleFactorBatteryCapacity;
MaxCharge = data.MaxCharge;
ScaleFactorMaxCharge = data.ScaleFactorMaxCharge;
MaxDischarge = data.MaxDischarge;
ScaleFactorMaxDischarge = data.ScaleFactorMaxDischarge;
// Basic Settings Model(IC121)
IC121ID = data.IC121ID;
IC121Length = data.IC121Length;
WMax = data.WMax;
VRef = data.VRef;
VRefOfs = data.VRefOfs;
VMax = data.VMax;
VMin = data.VMin;
VAMax = data.VAMax;
VARMaxQ1 = data.VARMaxQ1;
VARMaxQ2 = data.VARMaxQ2;
VARMaxQ3 = data.VARMaxQ3;
VARMaxQ4 = data.VARMaxQ4;
WGra = data.WGra;
VArAct = data.VArAct;
ClcTotVA = data.ClcTotVA;
PFMinQ1 = data.PFMinQ1;
PFMinQ2 = data.PFMinQ2;
PFMinQ3 = data.PFMinQ3;
PFMinQ4 = data.PFMinQ4;
MaxRmpRte = data.MaxRmpRte;
ECPNomHz = data.ECPNomHz;
ConnectedPhase = data.ConnectedPhase;
ScaleFactorWMax = data.ScaleFactorWMax;
ScaleFactorVRef = data.ScaleFactorVRef;
ScaleFactorVRefOfs = data.ScaleFactorVRefOfs;
ScaleFactorVMinMax = data.ScaleFactorVMinMax;
ScaleFactorVAMax = data.ScaleFactorVAMax;
ScaleFactorVARMax = data.ScaleFactorVARMax;
ScaleFactorWGra = data.ScaleFactorWGra;
ScaleFactorPFMin = data.ScaleFactorPFMin;
ScaleFactorMaxRmpRte = data.ScaleFactorMaxRmpRte;
ScaleFactorECPNomHz = data.ScaleFactorECPNomHz;
// Extended Measurements & Status Model (IC122)
IC122ID = data.IC122ID;
IC122Length = data.IC122Length;
PVConn = data.PVConn;
StorConn = data.StorConn;
ECPConn = data.ECPConn;
ActWh = data.ActWh;
ActVAh = data.ActVAh;
ActVArhQ1 = data.ActVArhQ1;
ActVArhQ2 = data.ActVArhQ2;
ActVArhQ3 = data.ActVArhQ3;
ActVArhQ4 = data.ActVArhQ4;
AvailableVAr = data.AvailableVAr;
ScaleFactorAvailableVAr = data.ScaleFactorAvailableVAr;
AvailableW = data.AvailableW;
ScaleFactorAvailableW = data.ScaleFactorAvailableW;
StSetLimMsk = data.StSetLimMsk;
StActCtl = data.StActCtl;
TmSrc = data.TmSrc;
Tms = data.Tms;
RtSt = data.RtSt;
Riso = data.Riso;
ScaleFactorRiso = data.ScaleFactorRiso;
// Immediate Control Model (IC123)
IC123ID = data.IC123ID;
IC123Length = data.IC123Length;
ConnWinTms = data.ConnWinTms;
ConnRvrtTms = data.ConnRvrtTms;
Conn = data.Conn;
WMaxLimPct = data.WMaxLimPct;
WMaxLimPctWinTms = data.WMaxLimPctWinTms;
WMaxLimPctRvrtTms = data.WMaxLimPctRvrtTms;
WMaxLimPctRmpTms = data.WMaxLimPctRmpTms;
WMaxLimEna = data.WMaxLimEna;
OutPFSet = data.OutPFSet;
OutPFSetWinTms = data.OutPFSetWinTms;
OutPFSetRvrtTms = data.OutPFSetRvrtTms;
OutPFSetRmpTms = data.OutPFSetRmpTms;
OutPFSetEna = data.OutPFSetEna;
VArWMaxPct = data.VArWMaxPct;
VArMaxPct = data.VArMaxPct;
VArAvalPct = data.VArAvalPct;
VArPctWinTms = data.VArPctWinTms;
VArPctRvrtTms = data.VArPctRvrtTms;
VArPctRmpTms = data.VArPctRmpTms;
VArPctMod = data.VArPctMod;
VArPctEna = data.VArPctEna;
ScaleFactorWMaxLimPct = data.ScaleFactorWMaxLimPct;
ScaleFactorOutPFSet = data.ScaleFactorOutPFSet;
ScaleFactorVArPct = data.ScaleFactorVArPct;
// Multiple MPPT Inverter Extension Model (I160)
I160ID = data.I160ID;
I160Length = data.I160Length;
ScaleFactorCurrent = data.ScaleFactorCurrent;
ScaleFactorVoltage = data.ScaleFactorVoltage;
ScaleFactorPower = data.ScaleFactorPower;
ScaleFactorEnergy = data.ScaleFactorEnergy;
GlobalEvents = data.GlobalEvents;
NumberOfModules = data.NumberOfModules;
TimestampPeriod = data.TimestampPeriod;
InputID1 = data.InputID1;
InputIDString1 = data.InputIDString1;
CurrentDC1 = data.CurrentDC1;
VoltageDC1 = data.VoltageDC1;
PowerDC1 = data.PowerDC1;
LifetimeEnergy1 = data.LifetimeEnergy1;
Timestamp1 = data.Timestamp1;
Temperature1 = data.Temperature1;
OperatingState1 = data.OperatingState1;
ModuleEvents1 = data.ModuleEvents1;
InputID2 = data.InputID2;
InputIDString2 = data.InputIDString2;
CurrentDC2 = data.CurrentDC2;
VoltageDC2 = data.VoltageDC2;
PowerDC2 = data.PowerDC2;
LifetimeEnergy2 = data.LifetimeEnergy2;
Timestamp2 = data.Timestamp2;
Temperature2 = data.Temperature2;
OperatingState2 = data.OperatingState2;
ModuleEvents2 = data.ModuleEvents2;
// Fronius registers
DeleteData = data.DeleteData;
StoreData = data.StoreData;
ActiveStateCode = data.ActiveStateCode;
ResetAllEventFlags = data.ResetAllEventFlags;
ModelType = data.ModelType;
SitePower = data.SitePower;
SiteEnergyDay = data.SiteEnergyDay;
SiteEnergyYear = data.SiteEnergyYear;
SiteEnergyTotal = data.SiteEnergyTotal;
}
Status = data?.Status ?? Uncertain;
}
