public static Rs485ModelForParal GetPartData(int chargerId, int inverterId, SerialPort sp)
{
Rs485ModelForParal rs485ModelForParal1 = new Rs485ModelForParal(chargerId, inverterId);
byte[] crcb1 = Rs485ComServer.Operator.GenerateCRCB(string.Format("{0} 03 27 11 00 0A", (object)chargerId.ToString().PadLeft(2, '0')));
byte[] crcb2 = Rs485ComServer.Operator.GenerateCRCB(string.Format("{0} 03 27 75 00 0C", (object)chargerId.ToString().PadLeft(2, '0')));
byte[] crcb3 = Rs485ComServer.Operator.GenerateCRCB(string.Format("{0} 03 3B 61 00 15", (object)chargerId.ToString().PadLeft(2, '0')));
byte[] crcb4 = Rs485ComServer.Operator.GenerateCRCB(string.Format("{0} 03 4E 21 00 10", (object)inverterId.ToString().PadLeft(2, '0')));
byte[] crcb5 = Rs485ComServer.Operator.GenerateCRCB(string.Format("{0} 03 4E 85 00 2B", (object)inverterId.ToString().PadLeft(2, '0')));
byte[] crcb6 = Rs485ComServer.Operator.GenerateCRCB(string.Format("{0} 03 62 71 00 4A", (object)inverterId.ToString().PadLeft(2, '0')));
if (!sp.IsOpen)
{
sp.Open();
}
string[] partArr1 = Rs485ComServer.GetPartArr(sp, crcb1, 10, 20);
if (partArr1 != null && partArr1.Length == 10)
{
string[] partArr2 = Rs485ComServer.GetPartArr(sp, crcb2, 12, 20);
Thread.Sleep(100);
string[] partArr3 = Rs485ComServer.GetPartArr(sp, crcb3, 21, 20);
Thread.Sleep(100);
string[] partArr4 = Rs485ComServer.GetPartArr(sp, crcb4, 16, 20);
Thread.Sleep(100);
string[] partArr5 = Rs485ComServer.GetPartArr(sp, crcb5, 43, 20);
Thread.Sleep(100);
string[] partArr6 = Rs485ComServer.GetPartArr(sp, crcb6, 74, 40);
rs485ModelForParal1.MachineType = partArr1[0];
rs485ModelForParal1.SerialNumber = partArr1[1] + partArr1[2];
int int16_1 = (int)Convert.ToInt16(partArr1[3], 16);
rs485ModelForParal1.HardwareVersion = string.IsNullOrEmpty(partArr1[3]) ? string.Empty : (partArr1[3] == "0" || int16_1 == 0 ? "1.00.00" : Convert.ToInt16(partArr1[3], 16).ToString().Insert(3, ".").Insert(1, "."));
int int16_2 = (int)Convert.ToInt16(partArr1[4], 16);
rs485ModelForParal1.SoftwareVersion = string.IsNullOrEmpty(partArr1[4]) ? string.Empty : (partArr1[4] == "0" || int16_2 == 0 ? "1.00.00" : Convert.ToInt16(partArr1[4], 16).ToString().Insert(3, ".").Insert(1, "."));
rs485ModelForParal1.PvVoltageC = partArr1[5];
rs485ModelForParal1.BatteryVoltageC = partArr1[6];
rs485ModelForParal1.ChargerCurrentC = partArr1[7];
double num;
if (partArr2 != null && partArr2.Length == 12)
{
rs485ModelForParal1.ChargerWorkEnable = Convert.ToInt16(partArr2[0], 16).ToString();
rs485ModelForParal1.AbsorbVoltage = ((double)Convert.ToInt16(partArr2[1], 16) * 0.1).ToString((IFormatProvider)CultureInfo.InvariantCulture);
rs485ModelForParal1.FloatVoltage = ((double)Convert.ToInt16(partArr2[2], 16) * 0.1).ToString((IFormatProvider)CultureInfo.InvariantCulture);
rs485ModelForParal1.AbsorptionVoltage = ((double)Convert.ToInt16(partArr2[3], 16) * 0.1).ToString((IFormatProvider)CultureInfo.InvariantCulture);
rs485ModelForParal1.BatteryLowVoltage = ((double)Convert.ToInt16(partArr2[4], 16) * 0.1).ToString((IFormatProvider)CultureInfo.InvariantCulture);
Rs485ModelForParal rs485ModelForParal2 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr2[6], 16) * 0.1;
string str1 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);
rs485ModelForParal2.BatteryHighVoltage = str1;
Rs485ModelForParal rs485ModelForParal3 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr2[7], 16) * 0.1;
string str2 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);
rs485ModelForParal3.MaxChargerCurrent = str2;
Rs485ModelForParal rs485ModelForParal4 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr2[8], 16) * 0.1;
string str3 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);
rs485ModelForParal4.AbsorbChargerCurrent = str3;
rs485ModelForParal1.BatteryType = Convert.ToInt16(partArr2[9], 16).ToString();
rs485ModelForParal1.BatteryAh = Convert.ToInt16(partArr2[10], 16).ToString();
rs485ModelForParal1.RemoveTheAccumulatedData = Convert.ToInt16(partArr2[11], 16).ToString();
}
short int16_3;
if (partArr3 != null && partArr3.Length == 21)
{
rs485ModelForParal1.ChargerWorkstate = Rs485ComServer.GetValue((int)Convert.ToInt16(partArr3[0], 16), Rs485Parse.ChargerWorkstate);
rs485ModelForParal1.MpptState = Rs485ComServer.GetValue((int)Convert.ToInt16(partArr3[1], 16), Rs485Parse.MpptState);
rs485ModelForParal1.ChargingState = Rs485ComServer.GetValue((int)Convert.ToInt16(partArr3[2], 16), Rs485Parse.ChargingState);
Rs485ModelForParal rs485ModelForParal2 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr3[4], 16) * 0.1;
string str1 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + " V";
rs485ModelForParal2.PvVoltage = str1;
Rs485ModelForParal rs485ModelForParal3 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr3[5], 16) * 0.1;
string str2 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + " V";
rs485ModelForParal3.BatteryVoltage = str2;
Rs485ModelForParal rs485ModelForParal4 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr3[6], 16) * 0.1;
string str3 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture); // + "A";
rs485ModelForParal4.ChargerCurrent = str3;
rs485ModelForParal1.ChargerPower = Convert.ToInt16(partArr3[7], 16).ToString(); // + " W";
rs485ModelForParal1.RadiatorTemperature = Convert.ToInt16(partArr3[8], 16).ToString(); // + " ℃";
rs485ModelForParal1.ExternalTemperature = Convert.ToInt16(partArr3[9], 16).ToString(); // + " ℃";
rs485ModelForParal1.BatteryRelay = Rs485ComServer.GetValue((int)Convert.ToInt16(partArr3[10], 16), Rs485Parse.ConnectStates);
rs485ModelForParal1.PvRelay = Rs485ComServer.GetValue((int)Convert.ToInt16(partArr3[11], 16), Rs485Parse.ConnectStates);
rs485ModelForParal1.ErrorMessage = Rs485ComServer.Operator.AnalyBitMessage(partArr3[12], Rs485Parse.ChargerError);
rs485ModelForParal1.WarningMessage = Rs485ComServer.Operator.AnalyBitMessage(partArr3[13], Rs485Parse.ChargerWarning);
rs485ModelForParal1.BattVolGrade = Convert.ToInt16(partArr3[14], 16).ToString();// + " V";
Rs485ModelForParal rs485ModelForParal5 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr3[15], 16) * 0.1;
string str4 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + " A";
rs485ModelForParal5.RatedCurrent = str4;
Rs485ModelForParal rs485ModelForParal6 = rs485ModelForParal1;
num = (double)((int)Convert.ToInt16(partArr3[16], 16) * 1000) + (double)Convert.ToInt16(partArr3[17], 16) * 0.1;
string str5 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + " KWH";
rs485ModelForParal6.AccumulatedPower = str5;
Rs485ModelForParal rs485ModelForParal7 = rs485ModelForParal1;
int16_3 = Convert.ToInt16(partArr3[18], 16);
string str6 = int16_3.ToString().PadLeft(2, '0');
int16_3 = Convert.ToInt16(partArr3[19], 16);
string str7 = int16_3.ToString().PadLeft(2, '0');
int16_3 = Convert.ToInt16(partArr3[20], 16);
string str8 = int16_3.ToString().PadLeft(2, '0');
string str9 = string.Format("{0}:{1}:{2}", (object)str6, (object)str7, (object)str8);
rs485ModelForParal7.AccumulatedTime = str9;
}
if (partArr4 != null && partArr4.Length == 16)
{
int int16_4 = (int)Convert.ToInt16(partArr1[4], 16);
int int16_5 = (int)Convert.ToInt16(partArr1[0], 16);
string str1 = string.Empty;
switch (int16_5)
{
case 1600:
str1 = "PC1600";
break;
case 1800:
str1 = int16_4 > 20000 ? "PV1800" : "PH1800";
break;
case 3000:
str1 = "PH3000";
break;
case 3500:
str1 = "PV3500";
break;
}
rs485ModelForParal1.InverterMachineType = str1;
rs485ModelForParal1.InverterSerialNumber = partArr4[1] + partArr4[2];
int int16_6 = (int)Convert.ToInt16(partArr4[3], 16);
Rs485ModelForParal rs485ModelForParal2 = rs485ModelForParal1;
string str2;
if (!string.IsNullOrEmpty(partArr4[3]))
{
if (!(partArr4[3] == "0") && int16_6 != 0)
{
int16_3 = Convert.ToInt16(partArr4[3], 16);
str2 = int16_3.ToString().Insert(3, ".").Insert(1, ".");
}
else
{
str2 = "1.00.00";
}
}
else
{
str2 = string.Empty;
}
rs485ModelForParal2.InverterHardwareVersion = str2;
int int16_7 = (int)Convert.ToInt16(partArr4[4], 16);
Rs485ModelForParal rs485ModelForParal3 = rs485ModelForParal1;
string str3;
if (!string.IsNullOrEmpty(partArr4[4]))
{
if (!(partArr4[4] == "0") && int16_7 != 0)
{
int16_3 = Convert.ToInt16(partArr4[4], 16);
str3 = int16_3.ToString().Insert(3, ".").Insert(1, ".");
}
else
{
str3 = "1.00.00";
}
}
else
{
str3 = string.Empty;
}
rs485ModelForParal3.InverterSoftwareVersion = str3;
rs485ModelForParal1.InverterBatteryVoltageC = partArr4[8];
rs485ModelForParal1.InverterVoltageC = partArr4[9];
rs485ModelForParal1.GridVoltageC = partArr4[10];
rs485ModelForParal1.BusVoltageC = partArr4[11];
rs485ModelForParal1.ControlCurrentC = partArr4[12];
rs485ModelForParal1.InverterCurrentC = partArr4[13];
rs485ModelForParal1.GridCurrentC = partArr4[14];
rs485ModelForParal1.LoadCurrentC = partArr4[15];
}
if (partArr5 != null && partArr5.Length == 43)
{
Rs485ModelForParal rs485ModelForParal2 = rs485ModelForParal1;
int16_3 = Convert.ToInt16(partArr5[0], 16);
string str1 = int16_3.ToString();
rs485ModelForParal2.InverterOffgridWorkEnable = str1;
Rs485ModelForParal rs485ModelForParal3 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr5[1], 16) * 0.1;
string str2 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);
rs485ModelForParal3.InverterOutputVoltageSet = str2;
Rs485ModelForParal rs485ModelForParal4 = rs485ModelForParal1;
int16_3 = Convert.ToInt16(partArr5[2], 16);
string str3 = int16_3.ToString((IFormatProvider)CultureInfo.InvariantCulture);
rs485ModelForParal4.InverterOutputFrequencySet = str3;
Rs485ModelForParal rs485ModelForParal5 = rs485ModelForParal1;
int16_3 = Convert.ToInt16(partArr5[3], 16);
string str4 = int16_3.ToString();
rs485ModelForParal5.InverterSearchModeEnable = str4;
Rs485ModelForParal rs485ModelForParal6 = rs485ModelForParal1;
int16_3 = Convert.ToInt16(partArr5[7], 16);
string str5 = int16_3.ToString();
rs485ModelForParal6.InverterDischargerToGridEnable = str5;
Rs485ModelForParal rs485ModelForParal7 = rs485ModelForParal1;
int16_3 = Convert.ToInt16(partArr5[8], 16);
string str6 = int16_3.ToString();
rs485ModelForParal7.EnergyUseMode = str6;
Rs485ModelForParal rs485ModelForParal8 = rs485ModelForParal1;
int16_3 = Convert.ToInt16(partArr5[10], 16);
string str7 = int16_3.ToString();
rs485ModelForParal8.GridProtectStandard = str7;
Rs485ModelForParal rs485ModelForParal9 = rs485ModelForParal1;
int16_3 = Convert.ToInt16(partArr5[11], 16);
string str8 = int16_3.ToString();
rs485ModelForParal9.SolarUseAim = str8;
Rs485ModelForParal rs485ModelForParal10 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr5[12], 16) * 0.1;
string str9 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);
rs485ModelForParal10.InverterMaxDischargerCurrent = str9;
Rs485ModelForParal rs485ModelForParal11 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr5[17], 16) * 0.1;
string str10 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);
rs485ModelForParal11.NormalVoltagePoint = str10;
Rs485ModelForParal rs485ModelForParal12 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr5[18], 16) * 0.1;
string str11 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);
rs485ModelForParal12.StartSellVoltagePoint = str11;
Rs485ModelForParal rs485ModelForParal13 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr5[24], 16) * 0.1;
string str12 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);
rs485ModelForParal13.GridMaxChargerCurrentSet = str12;
Rs485ModelForParal rs485ModelForParal14 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr5[26], 16) * 0.1;
string str13 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);
rs485ModelForParal14.InverterBatteryLowVoltage = str13;
Rs485ModelForParal rs485ModelForParal15 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr5[27], 16) * 0.1;
string str14 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);
rs485ModelForParal15.InverterBatteryHighVoltage = str14;
Rs485ModelForParal rs485ModelForParal16 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr5[31], 16) * 0.1;
string str15 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);
rs485ModelForParal16.MaxCombineChargerCurrent = str15;
rs485ModelForParal1.SystemSetting = Rs485ComServer.Operator.AnalyBitMessage(partArr5[41]);
Rs485ModelForParal rs485ModelForParal17 = rs485ModelForParal1;
int16_3 = Convert.ToInt16(partArr5[42], 16);
string str16 = int16_3.ToString();
rs485ModelForParal17.ChargerSourcePriority = str16;
}
if (partArr6 != null && partArr6.Length == 74)
{
rs485ModelForParal1.WorkState = Rs485ComServer.GetValue((int)Convert.ToInt16(partArr6[0], 16), Rs485Parse.WorkState);
rs485ModelForParal1.AcVoltageGrade = Convert.ToInt16(partArr6[1], 16).ToString();// + " V";
int int16_4 = (int)Convert.ToInt16(partArr6[2], 16);
string inverterMachineType = rs485ModelForParal1.InverterMachineType;
//string str1 = inverterMachineType == "PV1800" || inverterMachineType == "PH1800" ? int16_4.ToString() + " VA" : (inverterMachineType == "PH3000" ? int16_4.ToString() + " W" : int16_4.ToString() + "W");
string str1 = inverterMachineType == "PV1800" || inverterMachineType == "PH1800" ? int16_4.ToString() : (inverterMachineType == "PH3000" ? int16_4.ToString() : int16_4.ToString());
rs485ModelForParal1.RatedPower = str1;
Rs485ModelForParal rs485ModelForParal2 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr6[4], 16) * 0.1;
string str2 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + " V";
rs485ModelForParal2.InverterBatteryVoltage = str2;
Rs485ModelForParal rs485ModelForParal3 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr6[5], 16) * 0.1;
string str3 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + " V";
rs485ModelForParal3.InverterVoltage = str3;
Rs485ModelForParal rs485ModelForParal4 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr6[6], 16) * 0.1;
string str4 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + " V";
rs485ModelForParal4.GridVoltage = str4;
Rs485ModelForParal rs485ModelForParal5 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr6[7], 16) * 0.1;
string str5 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + " V";
rs485ModelForParal5.BusVoltage = str5;
Rs485ModelForParal rs485ModelForParal6 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr6[8], 16) * 0.1;
string str6 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + " A";
rs485ModelForParal6.ControlCurrent = str6;
Rs485ModelForParal rs485ModelForParal7 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr6[9], 16) * 0.1;
string str7 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + " A";
rs485ModelForParal7.InverterCurrent = str7;
Rs485ModelForParal rs485ModelForParal8 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr6[10], 16) * 0.1;
string str8 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + " A";
rs485ModelForParal8.GridCurrent = str8;
Rs485ModelForParal rs485ModelForParal9 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr6[11], 16) * 0.1;
string str9 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture); // + " A";
rs485ModelForParal9.LoadCurrent = str9;
rs485ModelForParal1.PInverter = Convert.ToInt16(partArr6[12], 16).ToString(); // + " W";
rs485ModelForParal1.PGrid = Convert.ToInt16(partArr6[13], 16).ToString(); // + " W";
rs485ModelForParal1.PLoad = Convert.ToInt16(partArr6[14], 16).ToString(); // + " W";
rs485ModelForParal1.LoadPercent = Convert.ToInt16(partArr6[15], 16).ToString(); // + " %";
rs485ModelForParal1.SInverter = Convert.ToInt16(partArr6[16], 16).ToString(); // + " VA";
rs485ModelForParal1.SGrid = Convert.ToInt16(partArr6[17], 16).ToString(); // + " VA";
rs485ModelForParal1.Sload = Convert.ToInt16(partArr6[18], 16).ToString(); // + " VA";
rs485ModelForParal1.Qinverter = Convert.ToInt16(partArr6[20], 16).ToString(); // + " var";
rs485ModelForParal1.Qgrid = Convert.ToInt16(partArr6[21], 16).ToString(); // + " var";
rs485ModelForParal1.Qload = Convert.ToInt16(partArr6[22], 16).ToString(); // + " var";
Rs485ModelForParal rs485ModelForParal10 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr6[24], 16) * 0.01;
string str10 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + " Hz";
rs485ModelForParal10.InverterFrequency = str10;
Rs485ModelForParal rs485ModelForParal11 = rs485ModelForParal1;
num = (double)Convert.ToInt16(partArr6[25], 16) * 0.01;
string str11 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + " Hz";
rs485ModelForParal11.GridFrequency = str11;
rs485ModelForParal1.InverterMaxNumber = partArr6[28];
rs485ModelForParal1.CombineType = partArr6[29];
rs485ModelForParal1.InverterNumber = partArr6[30];
rs485ModelForParal1.AcRadiatorTemperature = Convert.ToInt16(partArr6[32], 16).ToString(); // + " ℃";
rs485ModelForParal1.TransformerTemperature = Convert.ToInt16(partArr6[33], 16).ToString(); // + " ℃";
rs485ModelForParal1.DcRadiatorTemperature = Convert.ToInt16(partArr6[34], 16).ToString(); // + " ℃";
rs485ModelForParal1.InverterRelayState = Rs485ComServer.GetValue((int)Convert.ToInt16(partArr6[36], 16), Rs485Parse.ConnectStates);
rs485ModelForParal1.GridRelayState = Rs485ComServer.GetValue((int)Convert.ToInt16(partArr6[37], 16), Rs485Parse.ConnectStates);
rs485ModelForParal1.LoadRelayState = Rs485ComServer.GetValue((int)Convert.ToInt16(partArr6[38], 16), Rs485Parse.ConnectStates);
rs485ModelForParal1.N_LineRelayState = Rs485ComServer.GetValue((int)Convert.ToInt16(partArr6[39], 16), Rs485Parse.ConnectStates);
rs485ModelForParal1.DCRelayState = Rs485ComServer.GetValue((int)Convert.ToInt16(partArr6[40], 16), Rs485Parse.ConnectStates);
rs485ModelForParal1.EarthRelayState = Rs485ComServer.GetValue((int)Convert.ToInt16(partArr6[41], 16), Rs485Parse.ConnectStates);
Rs485ModelForParal rs485ModelForParal12 = rs485ModelForParal1;
num = (double)((int)Convert.ToInt16(partArr6[44], 16) * 1000) + (double)Convert.ToInt16(partArr6[45], 16) * 0.1;
string str12 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + " KWH";
rs485ModelForParal12.AccumulatedChargerPower = str12;
Rs485ModelForParal rs485ModelForParal13 = rs485ModelForParal1;
num = (double)((int)Convert.ToInt16(partArr6[46], 16) * 1000) + (double)Convert.ToInt16(partArr6[47], 16) * 0.1;
string str13 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + " KWH";
rs485ModelForParal13.AccumulatedDischargerPower = str13;
Rs485ModelForParal rs485ModelForParal14 = rs485ModelForParal1;
num = (double)((int)Convert.ToInt16(partArr6[48], 16) * 1000) + (double)Convert.ToInt16(partArr6[49], 16) * 0.1;
string str14 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + "KWH";
rs485ModelForParal14.AccumulatedBuyPower = str14;
Rs485ModelForParal rs485ModelForParal15 = rs485ModelForParal1;
num = (double)((int)Convert.ToInt16(partArr6[50], 16) * 1000) + (double)Convert.ToInt16(partArr6[51], 16) * 0.1;
string str15 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + "KWH";
rs485ModelForParal15.AccumulatedSellPower = str15;
Rs485ModelForParal rs485ModelForParal16 = rs485ModelForParal1;
num = (double)((int)Convert.ToInt16(partArr6[52], 16) * 1000) + (double)Convert.ToInt16(partArr6[53], 16) * 0.1;
string str16 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + "KWH";
rs485ModelForParal16.AccumulatedLoadPower = str16;
Rs485ModelForParal rs485ModelForParal17 = rs485ModelForParal1;
num = (double)((int)Convert.ToInt16(partArr6[54], 16) * 1000) + (double)Convert.ToInt16(partArr6[55], 16) * 0.1;
string str17 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + "KWH";
rs485ModelForParal17.AccumulatedSelf_usePower = str17;
Rs485ModelForParal rs485ModelForParal18 = rs485ModelForParal1;
num = (double)((int)Convert.ToInt16(partArr6[56], 16) * 1000) + (double)Convert.ToInt16(partArr6[57], 16) * 0.1;
string str18 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + "KWH";
rs485ModelForParal18.AccumulatedPV_sellPower = str18;
Rs485ModelForParal rs485ModelForParal19 = rs485ModelForParal1;
num = (double)((int)Convert.ToInt16(partArr6[58], 16) * 1000) + (double)Convert.ToInt16(partArr6[59], 16) * 0.1;
string str19 = num.ToString((IFormatProvider)CultureInfo.InvariantCulture);// + "KWH";
rs485ModelForParal19.AccumulatedGrid_chargerPower = str19;
rs485ModelForParal1.InverterErrorMessage = Rs485ComServer.Operator.AnalyBitMessage(partArr6[60], Rs485Parse.InverterError1) + Rs485ComServer.Operator.AnalyBitMessage(partArr6[61], Rs485Parse.InverterError2);
rs485ModelForParal1.InverterWarningMessage = Rs485ComServer.Operator.AnalyBitMessage(partArr6[64], Rs485Parse.InverterWarning);
rs485ModelForParal1.BattPower = Convert.ToInt16(partArr6[72], 16).ToString(); // + "W";
rs485ModelForParal1.BattCurrent = Convert.ToInt16(partArr6[73], 16).ToString(); // + "A";
}
}
return(rs485ModelForParal1);
}
public static UnitedRs485 GetData(UnitedRs485 rs)
{
try
{
UnitedRs485 unitedRs485 = new UnitedRs485(rs.MTypy, rs.PortName);
using (SerialPort sp = new SerialPort(unitedRs485.PortName, 19200)
{
ReadTimeout = 1000,
WriteTimeout = 1000,
RtsEnable = true
})
{
for (int index = 0; index < ((Collection <Rs485ModelForParal>)unitedRs485.Rs485Models).Count; ++index)
{
((Collection <Rs485ModelForParal>)unitedRs485.Rs485Models)[index] = Rs485ComServer.GetPartData(((Collection <Rs485ModelForParal>)unitedRs485.Rs485Models)[index].ChargerId, ((Collection <Rs485ModelForParal>)unitedRs485.Rs485Models)[index].InverterId, sp);
}
return(unitedRs485);
}
}
catch (Exception)
{
return((UnitedRs485)null);
}
}
