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77 lines
3.6 KiB
77 lines
3.6 KiB
/*
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* Copyright (c) 2022, Erich Styger
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*
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* SPDX-License-Identifier: BSD-3-Clause
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*/
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#ifndef MODBUS_MCUHEIDELBERG_H_
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#define MODBUS_MCUHEIDELBERG_H_
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#include "McuShell.h"
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#include <stdint.h>
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#include <stdbool.h>
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typedef enum McuHeidelberg_Event_e {
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McuHeidelberg_Event_HW_State_Changed, /* hardware charger state has changed */
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McuHeidelberg_Event_UserChargingMode_Changed, /* user charging mode has changed */
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McuHeidelberg_Event_ChargingSetCurrent_Changed, /* current in the charger has changed */
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McuHeidelberg_Event_SolarPower_Changed, /* produced solar power has changed */
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McuHeidelberg_Event_SitePower_Changed, /* used power by site has changed */
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McuHeidelberg_Event_CarMaxPower_Changed, /* maximum power for charging the car */
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McuHeidelberg_Event_CurrChargerPower_Changed, /* current power charging the car */
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} McuHeidelberg_Event_e;
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typedef void (*McuHeidelberg_EventCallback)(McuHeidelberg_Event_e);
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/*!< Event callback function prototype */
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/*!
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* \brief Register a callback for events
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* \param callback function pointer for the callback
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*/
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void McuHeidelberg_RegisterEventCallback(McuHeidelberg_EventCallback callback);
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/* types of charging strategies and modes */
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typedef enum McuHeidelberg_ChargingMode_e {
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McuHeidelberg_User_ChargingMode_Stop, /* stop immediately the charging */
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McuHeidelberg_User_ChargingMode_OnlyPV, /* charge only with the PV power available */
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McuHeidelberg_User_ChargingMode_Slow, /* charge immediately with the minimal power */
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McuHeidelberg_User_ChargingMode_SlowPlusPV, /* charge immediately with the minimal power. If PV supports more power, the power level gets increased */
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McuHeidelberg_User_ChargingMode_Fast, /* charge immediately with maximum power */
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McuHeidelberg_User_ChargingMode_NofChargingMode, /* sentinel, must be last in list! */
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} McuHeidelberg_UserChargingMode_e;
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McuHeidelberg_UserChargingMode_e McuHeidelberg_GetUserChargingMode(void);
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void McuHeidelberg_SetUserChargingMode(McuHeidelberg_UserChargingMode_e mode);
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/* state of the hardware wallbox */
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typedef enum McuHeidelbergChargerState_e {
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McuHeidelberg_ChargerState_A1 = 2, /* no vehicle, charging not possible */
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McuHeidelberg_ChargerState_A2 = 3, /* no vehicle, charging possible */
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McuHeidelberg_ChargerState_B1 = 4, /* vehicle plugged, charging not possible */
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McuHeidelberg_ChargerState_B2 = 5, /* vehicle plugged, charging possible */
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McuHeidelberg_ChargerState_C1 = 6, /* vehicle charging request, charging not possible */
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McuHeidelberg_ChargerState_C2 = 7, /* vehicle charging request, charging possible */
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McuHeidelberg_ChargerState_Derating = 8, /* charging current derating due temperature */
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McuHeidelberg_ChargerState_E = 9, /* error state */
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McuHeidelberg_ChargerState_F = 10, /* wallbox locked or not ready */
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McuHeidelberg_ChargerState_Error = 11, /* error state */
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} McuHeidelbergChargerState_e;
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McuHeidelbergChargerState_e McuHeidelberg_GetHWChargerState(void);
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const unsigned char *McuHeidelberg_GetShortHWChargerStateString(McuHeidelbergChargerState_e state);
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uint32_t McuHeidelberg_GetSolarPowerWatt(void);
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void McuHeidelberg_SetSolarPowerWatt(uint32_t powerW);
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uint32_t McuHeidelberg_GetSitePowerWatt(void);
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void McuHeidelberg_SetSitePowerWatt(uint32_t powerW);
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uint32_t McuHeidelberg_GetMaxCarPower(void);
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uint32_t McuHeidelberg_GetCurrChargerPower(void);
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uint8_t McuHeidelberg_ParseCommand(const unsigned char *cmd, bool *handled, const McuShell_StdIOType *io);
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void McuHeidelberg_Deinit(void);
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void McuHeidelberg_Init(void);
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#endif /* MODBUS_MCUHEIDELBERG_H_ */
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