public static bool TryConvertPcs(DUT_MQTT_ESS packet, out DataMessage[] pcs_messages,
out DataMessage[] bat_messages, out DataMessage dc_message)
{
pcs_messages = new DataMessage[ENV.PcsCount];
bat_messages = new DataMessage[ENV.PcsCount];
dc_message = new DataMessage();
try
{
DUT_MQTT_PCS[] pcsPackets = packet.PCS;
DUT_MQTT_BAT[] bmsPackets = packet.BAT;
DUT_MQTT_DC dcPacket = packet.DC;
int siteid = ENV.SiteId;
int rccid = ENV.RccId;
DateTime timestamp = DateTime.Now;
string timestamp_string = timestamp.ToString("yyyyMMddHHmmss");
string dc_topic_name = $"hubbub/{siteid}/DC/AI";
for (int pcsIdx = 0; pcsIdx < ENV.PcsCount; pcsIdx++)
{
DUT_MQTT_PCS pcsPacket = pcsPackets[pcsIdx];
DUT_MQTT_BAT batPacket = bmsPackets[pcsIdx];
int pcsNo = pcsIdx + 1;
string pcs_topic_name = $"hubbub/{siteid}/PCS{pcsNo}/AI";
string bat_topic_name = $"hubbub/{siteid}/BMS{pcsNo}/AI";
JObject obj = CreateTemporary(1, "PCS_SYSTEM", $"PCS{pcsNo}", siteid, rccid, timestamp_string);
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_PhaseVoltage.R);
obj.Add("acGridVltS", pcsPacket.AC_PhaseVoltage.S);
obj.Add("acGridVltT", pcsPacket.AC_PhaseVoltage.T);
obj.Add("acGridCrtR", pcsPacket.AC_PhaseCurrent.R);
obj.Add("acGridCrtS", pcsPacket.AC_PhaseCurrent.S);
obj.Add("acGridCrtT", pcsPacket.AC_PhaseCurrent.T);
obj.Add("actCmdLimitLowChg", 0);
obj.Add("actCmdLimitLowDhg", 0);
obj.Add("actCmdLimitHighChg", batPacket.ChargePowerLimit);
obj.Add("actCmdLimitHighDhg", batPacket.DischargePowerLimit);
pcs_messages[pcsIdx] = CreateMessage(obj.ToString(), pcsPacket, 0, pcs_topic_name, timestamp);
obj = CreateTemporary(2, "PCS_BATTERY", $"BMS{pcsNo}", siteid, rccid, timestamp_string);
obj.Add("bms_soc", batPacket.SOC);
obj.Add("bms_soh", batPacket.SOH);
obj.Add("dcCellPwr", pcsPacket.DC_BatteryPower);
obj.Add("dcCellVlt", pcsPacket.DC_BatteryVoltage);
obj.Add("dcCellCrt", pcsPacket.DC_BatteryCurrent);
obj.Add("dcCellTmpMx", batPacket.ModuleTemp.Max);
obj.Add("dcCellTmpMn", batPacket.ModuleTemp.Min);
obj.Add("dcCellVltMx", batPacket.CellVoltage.Max);
obj.Add("dcCellVltMn", batPacket.CellVoltage.Min);
bat_messages[pcsIdx] = CreateMessage(obj.ToString(), batPacket, 1, bat_topic_name, timestamp);
}
JObject dc_obj = CreateTemporary(5, "DC", $"DC", siteid, rccid, timestamp_string);
dc_obj.Add("KepcoTimer", dcPacket.KepcoTimer);
dc_obj.Add("CurrentLoad", dcPacket.CurrentLoad);
dc_obj.Add("ForecastingPower", dcPacket.ForecastingPower);
dc_obj.Add("PreviousDemandPower", dcPacket.PreviousDemandPower);
dc_obj.Add("AccumulatedPower", dcPacket.AccumulatedPower);
dc_message = CreateMessage(dc_obj.ToString(), dcPacket, 5, dc_topic_name, timestamp);
//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);
}
catch
{
return(false);
}
}
public static void DataProcessing(DUT_MQTT_ESS packet, ConcurrentQueue <DataMessage> queue)
{
DUT_MQTT_PCS[] pcsPackets = packet.PCS;
DUT_MQTT_BAT[] bmsPackets = packet.BAT;
DUT_MQTT_DC dcPacket = packet.DC;
int siteid = ENV.SiteId;
int rccid = ENV.RccId;
string dc_topic_name = $"hubbub/{siteid}/DC/AI";
DateTime timestamp = DateTime.FromFileTime(packet.Header.Timestamp);
//DateTime timestamp_utc = DateTime.FromFileTimeUtc(packet.Header.Timestamp);
/// UTC 시간으로 변경
string timestamp_string = timestamp.AddHours(-18).ToString("yyyyMMddHHmmss");
for (int pcsIdx = 0; pcsIdx < ENV.PcsCount; pcsIdx++)
{
DUT_MQTT_PCS pcsPacket = pcsPackets[pcsIdx];
DUT_MQTT_BAT batPacket = bmsPackets[pcsIdx];
int pcsNo = pcsIdx + 1;
string pcs_topic_name = $"hubbub/{siteid}/PCS{pcsNo}/AI";
string pcs_status_topic_name = $"hubbub/{siteid}/0/{pcsNo}/stat";
string bat_topic_name = $"hubbub/{siteid}/BMS{pcsNo}/AI";
JObject obj = CreateTemporary(1, "PCS_SYSTEM", $"PCS{pcsNo}", siteid, rccid, timestamp_string);
JObject pcs_obj = CreatePcsStatusModel(pcsNo, pcsPacket);
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_PhaseVoltage.R);
obj.Add("acGridVltS", pcsPacket.AC_PhaseVoltage.S);
obj.Add("acGridVltT", pcsPacket.AC_PhaseVoltage.T);
obj.Add("acGridCrtR", pcsPacket.AC_PhaseCurrent.R);
obj.Add("acGridCrtS", pcsPacket.AC_PhaseCurrent.S);
obj.Add("acGridCrtT", pcsPacket.AC_PhaseCurrent.T);
obj.Add("actCmdLimitLowChg", 0);
obj.Add("actCmdLimitLowDhg", 0);
obj.Add("actCmdLimitHighChg", batPacket.ChargePowerLimit);
obj.Add("actCmdLimitHighDhg", batPacket.DischargePowerLimit);
queue.Enqueue(CreateMessage(obj.ToString(), pcsPacket, 0, pcs_topic_name, pcs_obj, pcs_status_topic_name, timestamp));
obj = CreateTemporary(2, "PCS_BATTERY", $"BMS{pcsNo}", siteid, rccid, timestamp_string);
obj.Add("bms_soc", batPacket.SOC);
obj.Add("bms_soh", batPacket.SOH);
obj.Add("dcCellPwr", pcsPacket.DC_BatteryPower);
obj.Add("dcCellVlt", pcsPacket.DC_BatteryVoltage);
obj.Add("dcCellCrt", pcsPacket.DC_BatteryCurrent);
obj.Add("dcCellTmpMx", batPacket.ModuleTemp.Max);
obj.Add("dcCellTmpMn", batPacket.ModuleTemp.Min);
obj.Add("dcCellVltMx", batPacket.CellVoltage.Max);
obj.Add("dcCellVltMn", batPacket.CellVoltage.Min);
queue.Enqueue(CreateMessage(obj.ToString(), batPacket, 1, bat_topic_name, timestamp));
}
if (dcPacket.DemandControllerError != 0)
{
return;
}
JObject dc_obj = CreateTemporary(5, "DC", $"DC", siteid, rccid, timestamp_string);
dc_obj.Add("KepcoTimer", dcPacket.KepcoTimer);
dc_obj.Add("CurrentLoad", dcPacket.CurrentLoad);
dc_obj.Add("ForecastingPower", dcPacket.ForecastingPower);
dc_obj.Add("PreviousDemandPower", dcPacket.PreviousDemandPower);
dc_obj.Add("AccumulatedPower", dcPacket.AccumulatedPower);
queue.Enqueue(CreateMessage(dc_obj.ToString(), dcPacket, 5, dc_topic_name, timestamp));
}