public void NegativeTerminal()
{
// Act
var message = new BatteryInfoMessage(_examplePayload);
// Assert
message.NegativeTerminal.Should().Be(92.3m);
}
public void BatteryVoltage()
{
// Act
var message = new BatteryInfoMessage(_examplePayload);
// Assert
message.BatteryVoltage.Should().Be(new Volt(336.64));
}
public void BatteryPower()
{
// Act
var message = new BatteryInfoMessage(_examplePayload);
// Assert
message.BatteryPower.Should().Be(new Watt(33.664));
}
public void MinBatteryTemperature()
{
// Act
var message = new BatteryInfoMessage(_examplePayload);
// Assert
message.MinBatteryTemperature.Should().Be(new Celsius(30.5m));
}
public void BatteryCurrent()
{
// Act
var message = new BatteryInfoMessage(_examplePayload);
// Assert
message.BatteryCurrent.Should().Be(new Ampere(0.1));
}
public void IsolationResistance()
{
// Act
var message = new BatteryInfoMessage(_examplePayload);
// Assert
message.IsolationResistance.Should().Be(new KiloOhm(27904m));
}
public void BmsState()
{
// Act
var message = new BatteryInfoMessage(_examplePayload);
// Assert
message.BmsState.Should().Be(0);
}
public void BmsNumberOfContactors()
{
// Act
var message = new BatteryInfoMessage(_examplePayload);
// Assert
message.BmsNumberOfContactors.Should().Be(4);
}
public void BmsChargeStatus()
{
// Act
var message = new BatteryInfoMessage(_examplePayload);
// Assert
message.BmsChargeStatus.Should().Be(1);
}
public void BmsChargePowerAvailable()
{
// Act
var message = new BatteryInfoMessage(_examplePayload);
// Assert
message.BmsChargePowerAvailable.Should().Be(new KiloWatt(0m));
}