src/demo/battery_control.hpp Source File#

Demo: src/demo/battery_control.hpp Source File
Demo
battery_control.hpp
1#ifndef BATTERY_CONTROL_H
2#define BATTERY_CONTROL_H
3
4#include <string>
5
6namespace demo {
7
8 // Enums
9
13 enum class BatteryStateOfCharge {
14 LOW,
15 MEDIUM,
16 HIGH
17 };
18
22 enum class BatteryHealth {
23 GOOD,
24 FAIR,
25 POOR
26 };
27
28 // Classes
29
49 public:
57 void monitorBattery(BatteryStateOfCharge stateOfCharge, float voltage, float temperature);
58
64 void optimizeBatteryUsage(const std::string& usagePattern);
65
72 void protectBattery(float chargingRate, float dischargingRate);
73
80
86 void integrateWithPowertrainControl(float powerDemand);
87 };
88
89} // namespace demo
90
91#endif // BATTERY_CONTROL_H
Battery Control software component.
Definition battery_control.hpp:48
void optimizeBatteryUsage(const std::string &usagePattern)
Optimizes charging and discharging strategies to extend battery life and maximize performance.
void monitorBattery(BatteryStateOfCharge stateOfCharge, float voltage, float temperature)
Monitors the battery's state of charge, voltage, and temperature.
void protectBattery(float chargingRate, float dischargingRate)
Protects the battery from overcharging, over-discharging, and overheating conditions.
BatteryHealth provideBatteryInformation()
Provides information about the battery's health, remaining capacity, and estimated range to the drive...
void integrateWithPowertrainControl(float powerDemand)
Integrates with the vehicle's powertrain control system for efficient power distribution and usage.