public void getVoltage_Vph_n(byte[] voltage_Vph_n)
{
CTConver conver = new CTConver();
float[] temp = new float[4];
temp = conver.ConvertToFloatArray(voltage_Vph_n);
smartMeterData.Voltage_Va_n_1 = temp[3];
smartMeterData.Voltage_Vb_n_3 = temp[2];
smartMeterData.Voltage_Vc_n_5 = temp[1];
smartMeterData.Average_Voltage_Vph_n_57 = temp[0];
}
public void getPower_Factor(byte[] power_Factor)
{
CTConver conver = new CTConver();
float[] temp = new float[4];
temp = conver.ConvertToFloatArray(power_Factor);
smartMeterData.Power_Factor_a_37 = temp[3];
smartMeterData.Power_Factor_b_39 = temp[2];
smartMeterData.Power_Factor_c_41 = temp[1];
smartMeterData.Power_Factor_Total_69 = temp[0];
}
public void getActive_Energy(byte[] active_Energy)
{
CTConver conver = new CTConver();
double[] tempD = new double[4];
tempD = conver.ConvertToDoubleArray(active_Energy);
smartMeterData.Active_Energy_Import_Tariff_1_801 = tempD[3];
smartMeterData.Active_Energy_Import_Tariff_2_805 = tempD[2];
smartMeterData.Active_Energy_Export_Tariff_1_809 = tempD[1];
smartMeterData.Active_Energy_Export_Tariff_2_813 = tempD[0];
}
public void getReactive_Power(byte[] reactive_Power)
{
CTConver conver = new CTConver();
float[] temp = new float[4];
temp = conver.ConvertToFloatArray(reactive_Power);
smartMeterData.Reactive_Power_a_31 = temp[3];
smartMeterData.Reactive_Power_b_33 = temp[2];
smartMeterData.Reactive_Power_c_35 = temp[1];
smartMeterData.Reactive_Power_Total_67 = temp[0];
}
public void getActive_Power(byte[] active_Power)
{
CTConver conver = new CTConver();
float[] temp = new float[4];
temp = conver.ConvertToFloatArray(active_Power);
smartMeterData.Active_Power_a_25 = temp[3];
smartMeterData.Active_Power_b_27 = temp[2];
smartMeterData.Active_Power_c_29 = temp[1];
smartMeterData.Total_Active_Power_65 = temp[0];
}
public void getApparent_Power(byte[] apparent_Power)
{
CTConver conver = new CTConver();
float[] temp = new float[4];
temp = conver.ConvertToFloatArray(apparent_Power);
smartMeterData.Apparent_Power_a_19 = temp[3];
smartMeterData.Apparent_Power_b_21 = temp[2];
smartMeterData.Apparent_Power_c_23 = temp[1];
smartMeterData.Apparent_Power_Total_63 = temp[0];
}
public void getCurrent(byte[] current)
{
CTConver conver = new CTConver();
float[] temp = new float[4];
temp = conver.ConvertToFloatArray(current);
smartMeterData.Current_a_13 = temp[3];
smartMeterData.Current_b_15 = temp[2];
smartMeterData.Current_c_17 = temp[1];
smartMeterData.Average_current_295 = temp[0];
}
public void getVoltage_Vph_ph(byte[] voltage_Vph_ph)
{
CTConver conver = new CTConver();
float[] temp = new float[4];
temp = conver.ConvertToFloatArray(voltage_Vph_ph);
smartMeterData.Voltage_Va_b_7 = temp[3];
smartMeterData.Voltage_Vb_c_9 = temp[2];
smartMeterData.Voltage_Vc_a_11 = temp[1];
smartMeterData.Average_Voltage_Vph_ph_59 = temp[0];
}
/// <summary>
/// 读取四组寄存器值其中前三个是连续的寄存器值
/// </summary>
/// <param name="startAddress1">三组连续寄存器的首地址，每组两个寄存器，值类型为float</param>
/// <param name="startAddress2">一组不连续寄存器的首地址，读两个寄存器，值类型为float</param>
/// <returns>读到的四组寄存器值</returns>
public byte[] read_floatRegisters(ushort startAddress1, ushort startAddress2)
{
byte[] bholdregs1 = new byte[12];
sg.ReadHoldingRegisters(startAddress1, 6, bholdregs1);
byte[] bholdregs2 = new byte[4];
sg.ReadHoldingRegisters(startAddress2, 2, bholdregs2);
CTConver conver = new CTConver();
byte[] bholdregs = new byte[16];
bholdregs = conver.addByte(bholdregs1, bholdregs2);
return(bholdregs);
}