private void UpdateChargeData(object sender, EventArgs e)
{
Battery battery = BatteryChargeService.Instance.BatteryService.BatteryData;
ChargeData chargeData = new ChargeData
{
DateTime = DateTime.Now,
SOC = battery.SOCPercentage,
ChargeCurrentA = BatteryChargeService.Instance.ChargerActualCurrent,
ChargeVoltagemV = BatteryChargeService.Instance.ChargerActualVoltage,
PackmA = battery.BatteryCurrent,
PackmV = battery.BatteryVoltage,
MinCellmV = battery.MinCellVoltage,
MaxCellmV = battery.MaxCellVoltage,
MinCellTemp = battery.MinCellTemp,
MaxCellTemp = battery.MaxCellTemp,
BalanceVoltageThresholdFalling = battery.BalanceVoltageThresholdFalling,
BalanceVoltageThresholdRising = battery.BalanceVoltageThresholdRising,
ChargeCellVoltageError = battery.MinChargeCellVoltageError,
DischargeCellVoltageError = battery.MinDischargeCellVoltageError
};
if (BatteryChargeService.Instance.IsCharging && BatteryDischargeService.Instance.IsDischarging)
{
chargeData.State = ChargeData.STATE_ERROR;
}
else if (BatteryChargeService.Instance.IsCharging)
{
chargeData.State = ChargeData.STATE_CHARGE;
}
else if (BatteryDischargeService.Instance.IsDischarging)
{
chargeData.State = ChargeData.STATE_DISCHARGE;
}
else
{
chargeData.State = ChargeData.STATE_IDLE;
}
chargeDataSet.Add(chargeData);
BatteryMonitorUpdateEventHandler?.Invoke(new ChargeDataReceivedEventArgs(chargeData));
}
private void UpdateChargeData(object sender, EventArgs e)
{
Battery battery = BatteryChargeService.Instance.BatteryService.BatteryData;
ChargeData chargeData = new ChargeData
{
DateTime = DateTime.Now,
SOC = battery.SOCPercentage,
ChargeCurrentA = BatteryChargeService.Instance.ChargerActualCurrent,
ChargeVoltagemV = BatteryChargeService.Instance.ChargerActualVoltage,
PackmA = battery.BatteryCurrent,
PackmV = battery.BatteryVoltage,
MinCellmV = battery.MinCellVoltage,
MaxCellmV = battery.MaxCellVoltage,
MinCellTemp = battery.MinCellTemp,
MaxCellTemp = battery.MaxCellTemp,
BalanceVoltageThresholdFalling = battery.BalanceVoltageThresholdFalling,
BalanceVoltageThresholdRising = battery.BalanceVoltageThresholdRising,
ChargeCellVoltageError = battery.MinChargeCellVoltageError,
DischargeCellVoltageError = battery.MinDischargeCellVoltageError
};
if (BatteryChargeService.Instance.IsCharging && BatteryDischargeService.Instance.IsDischarging)
{
chargeData.State = ChargeData.STATE_ERROR;
}
else if (BatteryChargeService.Instance.IsCharging)
{
chargeData.State = ChargeData.STATE_CHARGE;
}
else if (BatteryDischargeService.Instance.IsDischarging)
{
chargeData.State = ChargeData.STATE_DISCHARGE;
}
else
{
chargeData.State = ChargeData.STATE_IDLE;
}
// Add all of the CMU voltages
foreach (BMU bmu in battery.GetActiveBMUs())
{
foreach (CMU cmu in bmu.GetActiveCMUs())
{
if (cmu.State == CanReceivingNode.STATE_ON)
{
uint?[] voltages = new uint?[9];
voltages[0] = cmu.Cell0mV;
voltages[1] = cmu.Cell1mV;
voltages[2] = cmu.Cell2mV;
voltages[3] = cmu.Cell3mV;
voltages[4] = cmu.Cell4mV;
voltages[5] = cmu.Cell5mV;
voltages[6] = cmu.Cell6mV;
voltages[7] = cmu.Cell7mV;
voltages[8] = (uint?)cmu.SerialNumber;
if (chargeData.CellVoltages == null)
{
chargeData.CellVoltages = new List <uint?[]>();
}
chargeData.CellVoltages.Add(voltages);
}
}
}
chargeDataSet.Add(chargeData);
if (IsSavingCharge)
{
SaveChargeData(chargeData);
}
BatteryMonitorUpdateEventHandler?.Invoke(new ChargeDataReceivedEventArgs(chargeData));
}
