private PvData CreatePvData(DaegunPacketClass _packet)
{
DaegunMeterPacket pv_pack = _packet.Packet.Pv;
PvData pv = new PvData();
pv.deviceId = $"DS{_packet.Packet.sSiteId}_PV{pv_pack.DeviceIndex}";
pv.groupId = 3;
pv.siteId = _packet.Packet.sSiteId;
pv.groupName = "PV_SYSTEM";
pv.TotalActivePower = pv_pack.TotalActivePower;
pv.TotalReactivePower = pv_pack.TotalReactivePower;
pv.ReverseActivePower = pv_pack.ReverseActivePower;
pv.ReverseReactivePower = pv_pack.ReverseReactivePower;
pv.vltR = pv_pack.Voltage.R;
pv.vltS = pv_pack.Voltage.S;
pv.vltT = pv_pack.Voltage.T;
pv.crtR = pv_pack.Current.R;
pv.crtS = pv_pack.Current.S;
pv.crtT = pv_pack.Current.T;
pv.Frequency = pv_pack.Frequency;
pv.EnergyTotalActivePower = pv_pack.EnergyTotalActivePower;
pv.EnergyTotalReactivePower = pv_pack.EnergyTotalReactivePower;
pv.EnergyTotalReverseActivePower = pv_pack.EnergyTotalReverseActivePower;
pv.timestamp = _packet.Timestamp;
return(pv);
}
public static bool ConvertPcs(DaegunPacket packet, DateTime timestamp, ref string pcs_string, ref string bms_string, ref string pv_string)
{
DaegunPcsPacket pcsPacket = packet.Pcs;
DaegunBSCPacket bmsPacket = packet.Bsc;
DaegunMeterPacket bms_meter_packet = packet.Ess;
DaegunMeterPacket pv_pack = packet.Pv;
JObject obj = CreateTemporary(1, "PCS_SYSTEM", $"PCS{pcsPacket.PcsNumber}", packet.sSiteId, timestamp);
obj.Add("freq", pcsPacket.Frequency);
obj.Add("acGridVlt", 0);
obj.Add("acGridCrtLow", 0);
obj.Add("acGridCrtHigh", 0);
obj.Add("acGridPwr", 0);
obj.Add("actPwrKw", pcsPacket.ActivePower);
obj.Add("rctPwrKw", pcsPacket.ReactivePower);
obj.Add("pwrFact", pcsPacket.PowerFactor);
obj.Add("acGridVltR", pcsPacket.AC_phase_voltage.R);
obj.Add("acGridVltS", pcsPacket.AC_phase_voltage.S);
obj.Add("acGridVltT", pcsPacket.AC_phase_voltage.T);
obj.Add("acGridCrtR", pcsPacket.AC_phase_current.R);
obj.Add("acGridCrtS", pcsPacket.AC_phase_current.S);
obj.Add("acGridCrtT", pcsPacket.AC_phase_current.T);
obj.Add("actCmdLimitLowChg", 0);
obj.Add("actCmdLimitLowDhg", 0);
obj.Add("actCmdLimitHighChg", bmsPacket.ChargePowerLimit);
obj.Add("actCmdLimitHighDhg", bmsPacket.DischargePowerLimit);
pcs_string = obj.ToString();
obj = CreateTemporary(2, "PCS_BATTERY", $"BMS{bmsPacket.PcsIndex}", packet.sSiteId, timestamp);
obj.Add("bms_soc", bmsPacket.Soc);
obj.Add("bms_soh", bmsPacket.Soh);
obj.Add("dcCellPwr", packet.Pcs.Dc_battery_power);
obj.Add("dcCellVlt", packet.Pcs.Dc_battery_voltage);
obj.Add("dcCellCrt", packet.Pcs.Dc_battery_current);
obj.Add("dcCellTmpMx", packet.Bsc.ModuleTempRange.Max);
obj.Add("dcCellTmpMn", packet.Bsc.ModuleTempRange.Min);
obj.Add("dcCellVltMx", packet.Bsc.CellVoltageRange.Max);
obj.Add("dcCellVltMn", packet.Bsc.CellVoltageRange.Min);
bms_string = obj.ToString();
obj = CreateTemporary(4, "PV_SYSTEM", $"PV{pv_pack.PmsIndex}", packet.sSiteId, timestamp);
obj.Add("TotalActivePower", pv_pack.TotalActivePower);
obj.Add("TotalReactivePower", pv_pack.TotalReactivePower);
obj.Add("ReverseActivePower", pv_pack.ReverseActivePower);
obj.Add("ReverseReactivePower", pv_pack.ReverseReactivePower);
obj.Add("vltR", pv_pack.Voltage.R);
obj.Add("vltS", pv_pack.Voltage.S);
obj.Add("vltT", pv_pack.Voltage.T);
obj.Add("crtR", pv_pack.Current.R);
obj.Add("crtS", pv_pack.Current.S);
obj.Add("crtT", pv_pack.Current.T);
obj.Add("Frequency", pv_pack.Frequency);
if (pv_pack.EnergyTotalActivePower != 0)
{
}
obj.Add("EnergyTotalActivePower", pv_pack.EnergyTotalActivePower);
obj.Add("EnergyTotalReactivePower", pv_pack.EnergyTotalReactivePower);
obj.Add("EnergyTotalReverseActivePower", pv_pack.EnergyTotalReverseActivePower);
pv_string = obj.ToString();
return(true);
}
