public void CheckStateOfCharge(float soc)
{
CheckBatteryLevel(soc, Constants.minStateOfCharge, Constants.maxStateOfCharge);
BatteryStates batteryChargeState = BatteryCondition.CheckBatteryCondition(soc, Constants.minStateOfCharge, Constants.maxStateOfCharge);
BatteryMessages.DisplayBatteryStatus("State of charge", batteryChargeState);
}
public void CheckChargeRate(float chargeRate)
{
CheckBatteryLevel(chargeRate, Constants.minChargeRate, Constants.maxChargeRate);
BatteryStates batteryChargeRate = BatteryCondition.CheckBatteryCondition(chargeRate, Constants.minChargeRate, Constants.maxChargeRate);
BatteryMessages.DisplayBatteryStatus("Charge Rate", batteryChargeRate);
}
public void CheckTemperature(float temperature)
{
CheckBatteryLevel(temperature, Constants.minTemperature, Constants.maxTemperature);
BatteryStates batteryTemperature = BatteryCondition.CheckBatteryCondition(temperature, Constants.minTemperature, Constants.maxTemperature);
BatteryMessages.DisplayBatteryStatus("Temperature", batteryTemperature);
}
public void CheckMaxBreachLevel(float chargeLevel, float actualValue, float maxValue)
{
float chargeRate = maxValue - chargeLevel;
if (chargeRate <= actualValue && actualValue <= maxValue)
{
Warnings.ChargePeak = Constants.PeakDischarge;
BatteryMessages.DisplayWarningMessage(Warnings.ChargePeak, _reporter);
}
}
public void CheckMinBreachLevel(float chargeLevel, float ActualValue, float minValue)
{
float chargeRate = chargeLevel + minValue;
if (minValue <= ActualValue && ActualValue <= chargeRate)
{
Warnings.Discharge = Constants.LowDischarge;
BatteryMessages.DisplayWarningMessage(Warnings.Discharge, _reporter);
}
}