public void Converter(DateTime MeasureTime, out PCSMeasurement measurement, out PCSSampleValue sample, out SensorGroupValue sensor, out StatusValue status)
{
measurement = new PCSMeasurement();
measurement.MeasureTime = MeasureTime;
measurement.ACActPwr = this.ActivePower;
measurement.ACChgAccPwr = this.AccumulateCharge;
measurement.ACDhgAccPwr = this.AccumulateDischarge;
measurement.DCSrcCrt = this.Dc_battery_current;
measurement.DCSrcPwr = this.Dc_battery_power;
measurement.DCSrcVlt = this.Dc_battery_voltage;
measurement.PwrFactor = this.PowerFactor;
measurement.Frequency = this.Frequency;
RSTPacket rst = this.AC_phase_current;
measurement.PCSCrt = new RST(rst.R, rst.S, rst.T);
rst = this.AC_phase_voltage;
measurement.PCSVlt = new RST(rst.R, rst.S, rst.T);
measurement.PCSPwr = new PairPower(this.ActivePower, this.ReactivePower);
sensor = new SensorGroupValue();
sensor.MeasureTime = MeasureTime;
List <SensorValue> sensor_values = new List <SensorValue>();
for (int i = 0; i < this.Temp.Length; i++)
{
sensor_values.Add(new SensorValue()
{
Name = $"Temp{i + 1}", Value = this.Temp[i]
});
}
sensor.Sensors = sensor_values.ToArray();
sample = new PCSSampleValue();
sample.MeasureTime = MeasureTime;
sample.Frequency = this.Frequency;
sample.PwrFactor = this.PowerFactor;
status = new StatusValue();
status.MeasureTime = MeasureTime;
List <EventValue> event_values = new List <EventValue>();
for (int i = 0; i < this.Faults.Length; i++)
{
event_values.Add(new EventValue()
{
Name = $"Fault{i + 1}", Value = this.Faults[i]
});
}
status.Faults = event_values.ToArray();
event_values.Clear();
for (int i = 0; i < this.Warrning.Length; i++)
{
event_values.Add(new EventValue()
{
Name = $"Warn{i + 1}", Value = this.Warrning[i]
});
}
status.Warrning = event_values.ToArray();
}
//public uint OtherError;
public void Converter(DateTime MeasureTime, out BSCMeasurementValue measurement, out BSCSensorValue sensor, out StatusValue status)
{
measurement = new BSCMeasurementValue();
measurement.BkDCChgCrtlmt = ChargeCurrentLimit;
measurement.BkDCDhgCrtlmt = DischargeCurrentLimit;
measurement.BkDCDhgPwrlmt = ChargePowerLimit;
measurement.BkHiCellVlt = CellVoltageRange.Max;
measurement.BkLoCellVlt = CellVoltageRange.Min;
measurement.BkHiCellVltLoc = CellVoltageLocationRange.Max;
measurement.BkLoCellVltLoc = CellVoltageLocationRange.Min;
measurement.SOC = Soc;
measurement.SOH = Soh;
measurement.DCCrt = DcCurrent;
measurement.DCVlt = DcVoltage;
measurement.VltOfCellRange = new FloatingRange()
{
Min = CellVoltageRange.Min, Max = CellVoltageRange.Max
};
measurement.MeasureTime = MeasureTime;
sensor = new BSCSensorValue();
sensor.TempOfCellRange = new FloatingRange()
{
Min = ModuleTempRange.Min, Max = ModuleTempRange.Max
};
status = new StatusValue();
status.Status = new EventValue[]
{
new EventValue()
{
Name = "status", Value = Status
},
new EventValue()
{
Name = "Fault1", Value = Faults[0]
},
new EventValue()
{
Name = "Fault2", Value = Faults[1]
},
new EventValue()
{
Name = "Fault3", Value = Faults[2]
},
new EventValue()
{
Name = "Fault4", Value = Faults[3]
},
new EventValue()
{
Name = "Warn1", Value = Faults[0]
},
new EventValue()
{
Name = "Warn2", Value = Faults[1]
},
new EventValue()
{
Name = "Warn3", Value = Faults[2]
},
new EventValue()
{
Name = "Warn4", Value = Faults[3]
},
//new EventValue(){Name = "OtherError", Value = OtherError },
};
}