public void ParsesBasicTelegram3()
{
var t = new DSMRTelegram(MsgToString(message_3));
t.Should().NotBeNull();
t.TariffIndicator.Should().Be(1);
t.TextMessage.Should().BeEmpty();
t.ActualPowerUse.Should().Be(0.335);
t.ActualPowerReturn.Should().Be(0);
t.Timestamp.Should().Be(new DateTime(2017, 11, 05, 20, 13, 24));
t.PowerUsedL1.Should().Be(0.335);
t.PowerUsedL2.Should().BeNull();
t.PowerUsedL3.Should().BeNull();
t.PowerReturnedL1.Should().Be(0);
t.PowerReturnedL2.Should().BeNull();
t.PowerReturnedL3.Should().BeNull();
t.VoltageL1.Should().Be(229.0);
t.VoltageL2.Should().BeNull();
t.VoltageL3.Should().BeNull();
t.CurrentL1.Should().Be(1);
t.CurrentL2.Should().BeNull();
t.CurrentL3.Should().BeNull();
t.Electricity1FromGrid.Should().Be(51.775);
t.Electricity1ToGrid.Should().Be(24.413);
t.Electricity2FromGrid.Should().Be(0);
t.Electricity2ToGrid.Should().Be(0);
t.Crc16.Should().Be("8F46");
}
public void ParsesBasicTelegram1()
{
var t = new DSMRTelegram(MsgToString(message_1));
t.Should().NotBeNull();
t.TariffIndicator.Should().Be(1);
t.TextMessage.Should().BeEmpty();
t.ActualPowerUse.Should().Be(0);
t.ActualPowerReturn.Should().Be(0.662);
t.Timestamp.Should().Be(new DateTime(2021, 03, 07, 12, 37, 21));
t.PowerUsedL1.Should().Be(0);
t.PowerUsedL2.Should().Be(0.213);
t.PowerUsedL3.Should().Be(0.076);
t.PowerReturnedL1.Should().Be(0.9);
t.PowerReturnedL2.Should().Be(0);
t.PowerReturnedL3.Should().Be(0);
t.VoltageL1.Should().Be(233.7);
t.VoltageL2.Should().Be(233.6);
t.VoltageL3.Should().Be(230.9);
t.CurrentL1.Should().Be(3);
t.CurrentL2.Should().Be(1);
t.CurrentL3.Should().Be(0);
t.Electricity1FromGrid.Should().Be(2236.186);
t.Electricity1ToGrid.Should().Be(781.784);
t.Electricity2FromGrid.Should().Be(1755.06);
t.Electricity2ToGrid.Should().Be(1871.581);
t.Crc16.Should().Be("E1FA");
}
public Measurement(DSMRTelegram t)
{
Timestamp = t.Timestamp;
TariffIndicator = t.TariffIndicator;
var powerL1 = ConvertPower(t.PowerUsedL1, t.PowerReturnedL1);
var powerL2 = ConvertPower(t.PowerUsedL2, t.PowerReturnedL2);
var powerL3 = ConvertPower(t.PowerUsedL3, t.PowerReturnedL3);
// calculate the current based on power and voltage to get a better accuracy
CurrentL1 = CalculateCurrent(powerL1, t.VoltageL1);
CurrentL2 = CalculateCurrent(powerL2, t.VoltageL2);
CurrentL3 = CalculateCurrent(powerL3, t.VoltageL3);
VoltageL1 = t.VoltageL1;
VoltageL2 = t.VoltageL2;
VoltageL3 = t.VoltageL3;
Electricity1FromGrid = t.Electricity1FromGrid;
Electricity1ToGrid = t.Electricity1ToGrid;
Electricity2FromGrid = t.Electricity2FromGrid;
Electricity2ToGrid = t.Electricity2ToGrid;
}
