public void Update(DeviceRating deviceRating)
{
BatteryRechargeVoltage = deviceRating.BatteryRechargeVoltage;
BatteryUnderVoltage = deviceRating.BatteryUnderVoltage;
BatteryBulkVoltage = deviceRating.BatteryBulkVoltage;
BatteryFloatVoltage = deviceRating.BatteryFloatVoltage;
}
public void Update(DeviceRating deviceRating)
{
inverter.Update(deviceRating);
battery.Update(deviceRating);
solar.Update(deviceRating);
enviroment.Update(deviceRating);
EffectiveDate = DateTime.Now;
}
public void Update(DeviceRating deviceRating)
{
GridRatingVoltage = deviceRating.GridRatingVoltage;
GridRatingCurrent = deviceRating.GridRatingCurrent;
ACOutputRatingVoltage = deviceRating.ACOutputRatingVoltage;
ACOutputRatingFrequency = deviceRating.ACOutputRatingFrequency;
ACOutputRatingCurrent = deviceRating.ACOutputRatingCurrent;
ACOutputRatingActivePower = deviceRating.ACOutputRatingActivePower;
ACOutputRatingApparentPower = deviceRating.ACOutputRatingApparentPower;
}
public void Update(DeviceRating deviceRating)
{
}
public void Update(DeviceRating deviceRating)
{
InputVoltageRange = deviceRating.InputVoltageRange;
OutputSourcePriority = deviceRating.OutputSourcePriority;
ChargerSourcePriority = deviceRating.ChargerSourcePriority;
}
public void Update(DeviceRating deviceRating)
{
BatteryRatingVoltage = deviceRating.BatteryRatingVoltage;
}
public void Update(DeviceRating deviceRating)
{
ParallelMaxNum = deviceRating.ParallelMaxNum;
MachineType = deviceRating.MachineType;
}