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data_objects.cpp
1241 lines (1069 loc) · 34.4 KB
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data_objects.cpp
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/*
* Copyright (c) The Libre Solar Project Contributors
*
* SPDX-License-Identifier: Apache-2.0
*/
#include "data_objects.h"
#include <soc.h>
#include <zephyr/kernel.h>
#include <zephyr/drivers/hwinfo.h>
#include <zephyr/sys/crc.h>
#ifdef CONFIG_SOC_FAMILY_STM32
#include <stm32_ll_utils.h>
#endif
#include <stdio.h>
#include <string.h>
#include "data_storage.h"
#include "dcdc.h"
#include "hardware.h"
#include "helper.h"
#include "setup.h"
#include "thingset.h"
LOG_MODULE_REGISTER(data_objects, CONFIG_DATA_OBJECTS_LOG_LEVEL);
// can be used to configure custom data objects in separate file instead
// (e.g. data_objects_custom.cpp)
#ifndef CONFIG_CUSTOM_DATA_OBJECTS_FILE
const char manufacturer[] = "Libre Solar";
const char metadata_url[] =
"https://files.libre.solar/tsm/cc-" STRINGIFY(DATA_OBJECTS_VERSION) ".json";
const char device_type[] = DT_PROP(DT_PATH(pcb), type);
const char hardware_version[] = DT_PROP(DT_PATH(pcb), version_str);
const char firmware_version[] = FIRMWARE_VERSION_ID;
char device_id[9];
#ifdef CONFIG_SOC_FAMILY_STM32
uint32_t flash_size = LL_GetFlashSize();
uint32_t flash_page_size = FLASH_PAGE_SIZE;
#else
uint32_t flash_size = 128;
uint32_t flash_page_size = 0x800;
#endif
static char auth_password[11];
#if CONFIG_LV_TERMINAL_BATTERY
#define bat_bus lv_bus
#elif CONFIG_HV_TERMINAL_BATTERY
#define bat_bus hv_bus
#endif
#if CONFIG_HV_TERMINAL_SOLAR
#define solar_bus hv_bus
#elif CONFIG_LV_TERMINAL_SOLAR || CONFIG_PWM_TERMINAL_SOLAR
#define solar_bus lv_bus
#endif
bool pub_serial_enable = IS_ENABLED(CONFIG_THINGSET_SERIAL_PUB_DEFAULT);
#if CONFIG_THINGSET_CAN
bool pub_can_enable = IS_ENABLED(CONFIG_THINGSET_CAN_PUB_DEFAULT);
uint16_t can_node_addr = CONFIG_THINGSET_CAN_DEFAULT_NODE_ID;
#endif
/**
* Thing Set Data Objects (see thingset.io for specification)
*/
/* clang-format off */
static ThingSetDataObject data_objects[] = {
///////////////////////////////////////////////////////////////////////////////////////////////
/*{
"title": {
"en": "ThingSet Node ID",
"de": "ThingSet Knoten-ID"
}
}*/
TS_ITEM_STRING(0x1D, "cNodeID", device_id, sizeof(device_id),
ID_ROOT, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
/*{
"title": {
"en": "ThingSet Metadata URL",
"de": "ThingSet Metadata URL"
}
}*/
TS_ITEM_STRING(0x18, "cMetadataURL", metadata_url, sizeof(metadata_url),
ID_ROOT, TS_ANY_R, 0),
///////////////////////////////////////////////////////////////////////////////////////////////
TS_GROUP(ID_DEVICE, "Device", TS_NO_CALLBACK, ID_ROOT),
/*{
"title": {
"en": "Manufacturer",
"de": "Hersteller"
}
}*/
TS_ITEM_STRING(0x20, "cManufacturer", manufacturer, 0,
ID_DEVICE, TS_ANY_R, 0),
/*{
"title": {
"en": "Device Type",
"de": "Gerätetyp"
}
}*/
TS_ITEM_STRING(0x21, "cType", device_type, 0,
ID_DEVICE, TS_ANY_R, 0),
/*{
"title": {
"en": "Hardware Version",
"de": "Hardware-Version"
}
}*/
TS_ITEM_STRING(0x22, "cHardwareVersion", hardware_version, 0,
ID_DEVICE, TS_ANY_R, 0),
/*{
"title": {
"en": "Firmware Version",
"de": "Firmware-Version"
}
}*/
TS_ITEM_STRING(0x23, "cFirmwareVersion", firmware_version, 0,
ID_DEVICE, TS_ANY_R, 0),
/*{
"title": {
"en": "Time since last reset",
"de": "Zeit seit Systemstart"
}
}*/
TS_ITEM_UINT32(0x30, "rUptime_s", ×tamp,
ID_DEVICE, TS_ANY_R, SUBSET_SER),
/*{
"title": {
"en": "Error Flags",
"de": "Fehlercode"
}
}*/
TS_ITEM_UINT32(0x5F, "rErrorFlags", &dev_stat.error_flags,
ID_DEVICE, TS_ANY_R, SUBSET_SER | SUBSET_CAN),
/*{
"title": {
"en": "Internal Temperature",
"de": "Interne Temperatur"
}
}*/
TS_ITEM_FLOAT(0x36, "rIntTemp_degC", &dev_stat.internal_temp, 1,
ID_DEVICE, TS_ANY_R, 0),
/*{
"title": {
"en": "Peak Internal Temperature (all-time)",
"de": "Interne Maximaltemperatur (gesamt)"
}
}*/
TS_ITEM_INT16(0x79, "pIntTempMax_degC", &dev_stat.int_temp_max,
ID_DEVICE, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
/*{
"title": {
"en": "Day Counter",
"de": "Tagzähler"
}
}*/
TS_ITEM_UINT32(0x71, "pDayCount", &dev_stat.day_counter,
ID_DEVICE, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
#if CONFIG_THINGSET_CAN
/*{
"title": {
"en": "CAN Node Address",
"de": "CAN Node-Adresse"
}
}*/
TS_ITEM_UINT16(0xBE, "sCANAddress", &can_node_addr,
ID_DEVICE, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
#endif
/*{
"title": {
"en": "Reset the Device",
"de": "Gerät zurücksetzen"
}
}*/
TS_FN_VOID(0xE0, "xReset", &reset_device, ID_DEVICE, TS_ANY_RW),
/* 0xE2 reserved (previously used for bootloader-stm) */
/*{
"title": {
"en": "Save data to EEPROM",
"de": "Daten ins EEPROM schreiben"
}
}*/
TS_FN_VOID(0xE1, "xStoreData", &data_storage_write, ID_DEVICE, TS_ANY_RW),
/*{
"title": {
"en": "Thingset Authentication",
"de": "Thingset Anmeldung"
}
}*/
TS_FN_VOID(0xEE, "xAuth", &thingset_auth, ID_DEVICE, TS_ANY_RW),
TS_ITEM_STRING(0xEF, "Password", auth_password, sizeof(auth_password), 0xEE, TS_ANY_RW, 0),
///////////////////////////////////////////////////////////////////////////////////////////////
TS_GROUP(ID_BATTERY, "Battery", TS_NO_CALLBACK, ID_ROOT),
/*{
"title": {
"en": "Battery Voltage",
"de": "Batterie-Spannung"
}
}*/
TS_ITEM_FLOAT(0x31, "rVoltage_V", &bat_bus.voltage, 2,
ID_BATTERY, TS_ANY_R, SUBSET_SER | SUBSET_CAN),
/*{
"title": {
"en": "Battery Current",
"de": "Batterie-Strom"
}
}*/
TS_ITEM_FLOAT(0x32, "rCurrent_A", &bat_terminal.current, 2,
ID_BATTERY, TS_ANY_R, SUBSET_SER | SUBSET_CAN),
/*{
"title": {
"en": "Battery Power",
"de": "Batterie-Leistung"
}
}*/
TS_ITEM_FLOAT(0x33, "rPower_W", &bat_terminal.power, 2,
ID_BATTERY, TS_ANY_R, 0),
#if BOARD_HAS_TEMP_BAT
/*{
"title": {
"en": "Battery Temperature",
"de": "Batterie-Temperatur"
}
}*/
TS_ITEM_FLOAT(0x34, "rTemperature_degC", &charger.bat_temperature, 1,
ID_BATTERY, TS_ANY_R, 0),
/*{
"title": {
"en": "External Temperature Sensor",
"de": "Externer Temperatursensor"
}
}*/
TS_ITEM_BOOL(0x35, "rExtTempSensor", &charger.ext_temp_sensor,
ID_BATTERY, TS_ANY_R, 0),
#endif
/*{
"title": {
"en": "State of Charge",
"de": "Batterie-Ladezustand"
}
}*/
TS_ITEM_UINT16(0x40, "rSOC_pct", &charger.soc, // output will be uint8_t
ID_BATTERY, TS_ANY_R, SUBSET_SER | SUBSET_CAN),
/*{
"title": {
"en": "Number of Batteries",
"de": "Anzahl Batterien"
}
}*/
TS_ITEM_INT16(0x53, "rNumBatteries", &lv_bus.series_multiplier,
ID_BATTERY, TS_ANY_R, 0),
/*{
"title": {
"en": "Estimated Usable Battery Capacity",
"de": "Geschätzte nutzbare Batterie-Kapazität"
}
}*/
TS_ITEM_FLOAT(0x64, "pCapacityEstimation_Ah", &charger.usable_capacity, 1,
ID_BATTERY, TS_ANY_R | TS_MKR_W, SUBSET_SER | SUBSET_NVM),
/*{
"title": {
"en": "Battery State of Health",
"de": "Batterie-Gesundheitszustand"
}
}*/
TS_ITEM_UINT16(0x70, "pSOH_pct", &charger.soh, // output will be uint8_t
ID_BATTERY, TS_ANY_R | TS_MKR_W, 0),
/*{
"title": {
"en": "Battery Peak Voltage (total)",
"de": "Maximalspannung Batterie (gesamt)"
}
}*/
TS_ITEM_FLOAT(0x74, "pMaxTotalVoltage_V", &dev_stat.battery_voltage_max, 2,
ID_BATTERY, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
/*{
"title": {
"en": "Battery Peak Temperature (all-time)",
"de": "Maximaltemperatur Batterie (gesamt)"
}
}*/
TS_ITEM_INT16(0x78, "pMaxTotalTemp_degC", &dev_stat.bat_temp_max,
ID_BATTERY, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
/*{
"title": {
"en": "Charged Energy (today)",
"de": "Geladene Energie (heute)"
}
}*/
TS_ITEM_FLOAT(0x69, "pChgEnergyToday_Wh", &bat_terminal.pos_energy_Wh, 2,
ID_BATTERY, TS_ANY_R | TS_MKR_W, SUBSET_SER | SUBSET_CAN),
/*{
"title": {
"en": "Charged Energy (total)",
"de": "Energiedurchsatz Ladung (gesamt)"
}
}*/
TS_ITEM_UINT32(0x60, "pChgEnergyTotal_Wh", &dev_stat.bat_chg_total_Wh,
ID_BATTERY, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
/*{
"title": {
"en": "Full Charge Counter",
"de": "Zähler Vollladezyklen"
}
}*/
TS_ITEM_UINT16(0x62, "pFullChgCount", &charger.num_full_charges,
ID_BATTERY, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
/*{
"title": {
"en": "Discharged Energy (today)",
"de": "Entladene Energie (heute)"
}
}*/
TS_ITEM_FLOAT(0x6A, "pDisEnergyToday_Wh", &bat_terminal.neg_energy_Wh, 2,
ID_BATTERY, TS_ANY_R | TS_MKR_W, SUBSET_SER | SUBSET_CAN),
/*{
"title": {
"en": "Discharged Energy (total)",
"de": "Energiedurchsatz Entladung (gesamt)"
}
}*/
TS_ITEM_UINT32(0x61, "pDisEnergyTotal_Wh", &dev_stat.bat_dis_total_Wh,
ID_BATTERY, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
/*{
"title": {
"en": "Deep Discharge Counter",
"de": "Zähler Tiefentladungen"
}
}*/
TS_ITEM_UINT16(0x63, "pDeepDisCount", &charger.num_deep_discharges,
ID_BATTERY, TS_ANY_R | TS_MKR_W, SUBSET_SER | SUBSET_NVM),
/*{
"title": {
"en": "Discharged Battery Capacity",
"de": "Entladene Batterie-Kapazität"
}
}*/
TS_ITEM_FLOAT(0x6B, "pDisCapacity_Ah", &charger.discharged_Ah, 0, // coulomb counter
ID_BATTERY, TS_ANY_R | TS_MKR_W, SUBSET_SER | SUBSET_CAN),
/*{
"title": {
"en": "Nominal Battery Capacity",
"de": "Nominelle Batteriekapazität"
},
"min": 1,
"max": 1000
}*/
TS_ITEM_FLOAT(0xA0, "sNominalCapacity_Ah", &bat_conf_user.nominal_capacity, 1,
ID_BATTERY, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Battery Internal Resistance",
"de": "Innenwiderstand Batterie"
}
}*/
TS_ITEM_FLOAT(0xB1, "sIntResistance_Ohm", &bat_conf_user.internal_resistance, 3,
ID_BATTERY, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Battery Wire Resistance",
"de": "Kabelwiderstand Batterie"
}
}*/
TS_ITEM_FLOAT(0xB2, "sWireResistance_Ohm", &bat_conf_user.wire_resistance, 3,
ID_BATTERY, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
///////////////////////////////////////////////////////////////////////////////////////////////
TS_GROUP(ID_CHARGER, "Charger", TS_NO_CALLBACK, ID_ROOT),
/*{
"title": {
"en": "Charger State",
"de": "Ladegerät-Zustand"
}
}*/
TS_ITEM_UINT32(0x50, "rState", &charger.state,
ID_CHARGER, TS_ANY_R, SUBSET_SER | SUBSET_CAN),
/*{
"title": {
"en": "Control Target Voltage",
"de": "Spannungs-Sollwert"
}
}*/
TS_ITEM_FLOAT(0x51, "rControlTargetVoltage_V", &bat_bus.sink_voltage_intercept, 2,
ID_CHARGER, TS_ANY_R, 0),
/*{
"title": {
"en": "Control Target Current",
"de": "Strom-Sollwert"
}
}*/
TS_ITEM_FLOAT(0x52, "rControlTargetCurrent_A", &bat_terminal.pos_current_limit, 2,
ID_CHARGER, TS_ANY_R, 0),
#if BOARD_HAS_DCDC
/*{
"title": {
"en": "DC/DC State",
"de": "DC/DC-Zustand"
}
}*/
TS_ITEM_UINT16(0x54, "rDCDCState", &dcdc.state,
ID_CHARGER, TS_ANY_R, SUBSET_SER | SUBSET_CAN),
/*{
"title": {
"en": "Enable DC/DC",
"de": "DC/DC einschalten"
}
}*/
TS_ITEM_BOOL(0x82, "wDCDCEnable", &dcdc.enable,
ID_CHARGER, TS_ANY_R | TS_ANY_W, 0),
/*{
"title": {
"en": "DC/DC Peak Current (all-time)",
"de": "Maximalstrom DC/DC (gesamt)"
}
}*/
TS_ITEM_FLOAT(0x76, "pDCDCMaxTotalCurrent_A", &dev_stat.dcdc_current_max, 2,
ID_CHARGER, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
#endif
#if BOARD_HAS_PWM_PORT
/*{
"title": {
"en": "Enable PWM Solar Input",
"de": "PWM Solar-Eingang einschalten"
}
}*/
TS_ITEM_BOOL(0x83, "wPWMEnable", &pwm_switch.enable,
ID_CHARGER, TS_ANY_R | TS_ANY_W, 0),
#endif
#if BOARD_HAS_TEMP_FETS
/*{
"title": {
"en": "MOSFET Temperature",
"de": "MOSFET-Temperatur"
}
}*/
TS_ITEM_FLOAT(0x37, "rMosfetTemp_degC", &dcdc.temp_mosfets, 1,
ID_CHARGER, TS_ANY_R, 0),
/*{
"title": {
"en": "Peak MOSFET Temperature (all-time)",
"de": "MOSFET Maximaltemperatur (gesamt)"
}
}*/
TS_ITEM_INT16(0x7A, "pMosfetTempMax_degC", &dev_stat.mosfet_temp_max,
ID_CHARGER, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
#endif
/*{
"title": {
"en": "Battery Maximum Charge Current (bulk)",
"de": "Maximaler Batterie-Ladestrom (bulk)"
},
"min": 10.0,
"max": 30.0
}*/
TS_ITEM_FLOAT(0xA1, "sChgCurrentLimit_A", &bat_conf_user.charge_current_max, 1,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Battery Charge Voltage (topping)",
"de": "Batterie-Ladespannung (topping)"
},
"min": 10.0,
"max": 30.0
}*/
TS_ITEM_FLOAT(0xA2, "sChgVoltage_V", &bat_conf_user.topping_voltage, 2,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Topping Cut-off Current",
"de": "Abschaltstrom Vollladung"
},
"min": 0.0,
"max": 20.0
}*/
TS_ITEM_FLOAT(0xA3, "sChgCutoffCurrent_A", &bat_conf_user.topping_cutoff_current, 1,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Topping Time Limit",
"de": "Zeitbregrenzung Vollladung"
}
}*/
TS_ITEM_UINT32(0xA4, "sChgCutoffTime_s", &bat_conf_user.topping_duration,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Enable Float Charging",
"de": "Erhaltungsladung einschalten"
}
}*/
TS_ITEM_BOOL(0xA5, "sFloatChgEnable", &bat_conf_user.float_enabled,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Float Voltage",
"de": "Spannung Erhaltungsladung"
}
}*/
TS_ITEM_FLOAT(0xA6, "sFloatChgVoltage_V", &bat_conf_user.float_voltage, 2,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Float Recharge Time",
"de": "Wiedereinschaltdauer Erhaltungsladung"
}
}*/
TS_ITEM_UINT32(0xA7, "sFloatRechgTime_s", &bat_conf_user.float_recharge_time,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Enable Equalization Charging",
"de": "Ausgleichsladung einschalten"
}
}*/
TS_ITEM_BOOL(0xA8, "sEqlChgEnable", &bat_conf_user.equalization_enabled,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Equalization Voltage",
"de": "Spannung Ausgleichsladung"
}
}*/
TS_ITEM_FLOAT(0xA9, "sEqlChgVoltage_V", &bat_conf_user.equalization_voltage, 2,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Equalization Current Limit",
"de": "Maximalstrom Ausgleichsladung"
}
}*/
TS_ITEM_FLOAT(0xAA, "sEqlChgCurrent_A", &bat_conf_user.equalization_current_limit, 2,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Equalization Duration",
"de": "Zeitbegrenzung Ausgleichsladung"
}
}*/
TS_ITEM_UINT32(0xAB, "sEqlDuration_s", &bat_conf_user.equalization_duration,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Maximum Equalization Interval",
"de": "Max. Intervall zwischen Ausgleichsladungen"
}
}*/
TS_ITEM_UINT32(0xAC, "sEqlMaxInterval_d", &bat_conf_user.equalization_trigger_days,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Maximum Deep Discharges for Equalization",
"de": "Max. Tiefenentladungszyklen zwischen Ausgleichsladungen"
}
}*/
TS_ITEM_UINT32(0xAD, "sEqlDeepDisTrigger", &bat_conf_user.equalization_trigger_deep_cycles,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Battery Recharge Voltage",
"de": "Batterie-Nachladespannung"
},
"min": 10.0,
"max": 30.0
}*/
TS_ITEM_FLOAT(0xAE, "sRechgVoltage_V", &bat_conf_user.recharge_voltage, 2,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Battery Minimum Voltage",
"de": "Batterie-Minimalspannung"
},
"min": 8.0,
"max": 30.0
}*/
TS_ITEM_FLOAT(0xAF, "sAbsMinVoltage_V", &bat_conf_user.absolute_min_voltage, 2,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Temperature Compensation",
"de": "Temperaturausgleich"
}
}*/
TS_ITEM_FLOAT(0xB0, "sTempCompensation_mV_K", &bat_conf_user.temperature_compensation, 3,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Maximum Charge Temperature",
"de": "Maximale Ladetemperatur"
}
}*/
TS_ITEM_FLOAT(0xB3, "sChgMaxTemp_degC", &bat_conf_user.charge_temp_max, 1,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Minimum Charge Temperature",
"de": "Minimale Ladetemperatur"
}
}*/
TS_ITEM_FLOAT(0xB4, "sChgMinTemp_degC", &bat_conf_user.charge_temp_min, 1,
ID_CHARGER, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
#if BOARD_HAS_DCDC
/*{
"title": {
"en": "DC/DC minimum output power w/o shutdown",
"de": "DC/DC Mindest-Leistung vor Abschaltung"
}
}*/
TS_ITEM_FLOAT(0xD0, "sDCDCMinPower_W", &dcdc.output_power_min, 1,
ID_CHARGER, TS_MKR_RW, SUBSET_NVM),
/*{
"title": {
"en": "DC/DC Restart Interval",
"de": "DC/DC Restart Intervall"
}
}*/
TS_ITEM_UINT32(0xD2, "sDCDCRestartInterval_s", &dcdc.restart_interval,
ID_CHARGER, TS_MKR_RW, SUBSET_NVM),
#endif
///////////////////////////////////////////////////////////////////////////////////////////////
#if CONFIG_HV_TERMINAL_SOLAR || CONFIG_LV_TERMINAL_SOLAR || CONFIG_PWM_TERMINAL_SOLAR
TS_GROUP(ID_SOLAR, "Solar", TS_NO_CALLBACK, ID_ROOT),
#if CONFIG_PWM_TERMINAL_SOLAR
/*{
"title": {
"en": "Solar Voltage",
"de": "Solar-Spannung"
}
}*/
TS_ITEM_FLOAT(0x38, "rVoltage_V", &pwm_switch.ext_voltage, 2,
ID_SOLAR, TS_ANY_R, SUBSET_SER | SUBSET_CAN),
#else
TS_ITEM_FLOAT(0x38, "rVoltage_V", &solar_bus.voltage, 2,
ID_SOLAR, TS_ANY_R, SUBSET_SER | SUBSET_CAN),
#endif
/*{
"title": {
"en": "Solar Current",
"de": "Solar-Strom"
}
}*/
TS_ITEM_FLOAT(0x39, "rCurrent_A", &solar_terminal.current, 2,
ID_SOLAR, TS_ANY_R, SUBSET_SER | SUBSET_CAN),
/*{
"title": {
"en": "Solar Power",
"de": "Solar-Leistung"
}
}*/
TS_ITEM_FLOAT(0x3A, "rPower_W", &solar_terminal.power, 2,
ID_SOLAR, TS_ANY_R, 0),
/*{
"title": {
"en": "Solar Energy (today)",
"de": "Solar-Ertrag (heute)"
}
}*/
TS_ITEM_FLOAT(0x6C, "pInputToday_Wh", &solar_terminal.neg_energy_Wh, 2,
ID_SOLAR, TS_ANY_R | TS_MKR_W, SUBSET_SER | SUBSET_CAN),
/*{
"title": {
"en": "Solar Energy (total)",
"de": "Solar-Energie (gesamt)"
}
}*/
TS_ITEM_UINT32(0x65, "pInputTotal_Wh", &dev_stat.solar_in_total_Wh,
ID_SOLAR, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
/*{
"title": {
"en": "Peak Solar Power (today)",
"de": "Maximale Solarleistung (heute)"
}
}*/
TS_ITEM_UINT16(0x6E, "pPowerMaxToday_W", &dev_stat.solar_power_max_day,
ID_SOLAR, TS_ANY_R | TS_MKR_W, 0),
/*{
"title": {
"en": "Solar Peak Power (total)",
"de": "Maximalleistung Solar (gesamt)"
}
}*/
TS_ITEM_UINT16(0x72, "pPowerMaxTotal_W", &dev_stat.solar_power_max_total,
ID_SOLAR, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
/*{
"title": {
"en": "Solar Peak Voltage (all-time)",
"de": "Maximalspannung Solar (gesamt)"
}
}*/
TS_ITEM_FLOAT(0x75, "pVoltageMaxTotal_V", &dev_stat.solar_voltage_max, 2,
ID_SOLAR, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
#if BOARD_HAS_DCDC
/*{
"title": {
"en": "Absolute Maximum Solar Voltage",
"de": "Maximal erlaubte Solar-Spannung"
}
}*/
TS_ITEM_FLOAT(0xD1, "pSolarVoltageLimit_V", &dcdc.hs_voltage_max, 1,
ID_SOLAR, TS_MKR_RW, SUBSET_NVM),
#endif /* BOARD_HAS_DCDC */
#endif /* SOLAR */
///////////////////////////////////////////////////////////////////////////////////////////////
#if BOARD_HAS_LOAD_OUTPUT
TS_GROUP(ID_LOAD, "Load", TS_NO_CALLBACK, ID_ROOT),
/*{
"title": {
"en": "Load Outupt Current",
"de": "Lastausgangs-Strom"
}
}*/
TS_ITEM_FLOAT(0x3B, "rCurrent_A", &load.current, 2,
ID_LOAD, TS_ANY_R, SUBSET_SER | SUBSET_CAN),
/*{
"title": {
"en": "Load Output Power",
"de": "Lastausgangs-Leistung"
}
}*/
TS_ITEM_FLOAT(0x3C, "rPower_W", &load.power, 2,
ID_LOAD, TS_ANY_R, 0),
/*{
"title": {
"en": "Load State",
"de": "Last-Zustand"
}
}*/
TS_ITEM_INT32(0x55, "rState", &load.info,
ID_LOAD, TS_ANY_R, SUBSET_SER | SUBSET_CAN),
/*{
"title": {
"en": "Load Output Energy (today)",
"de": "Energie Last-Ausgang (heute)"
}
}*/
TS_ITEM_FLOAT(0x6D, "pOutputToday_Wh", &load.pos_energy_Wh, 2,
ID_LOAD, TS_ANY_R | TS_MKR_W, SUBSET_SER | SUBSET_CAN),
/*{
"title": {
"en": "Load Output Energy (total)",
"de": "Energiedurchsatz Lastausgang (gesamt)"
}
}*/
TS_ITEM_UINT32(0x66, "pOutputTotal_Wh", &dev_stat.load_out_total_Wh,
ID_LOAD, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
/*{
"title": {
"en": "Peak Load Power (today)",
"de": "Maximale Lastleistung (heute)"
}
}*/
TS_ITEM_UINT16(0x6F, "pPowerMaxToday_W", &dev_stat.load_power_max_day,
ID_LOAD, TS_ANY_R | TS_MKR_W, 0),
/*{
"title": {
"en": "Load Peak Power (total)",
"de": "Maximalleistung Last-Ausgang (gesamt)"
}
}*/
TS_ITEM_UINT16(0x73, "pPowerMaxTotal_W", &dev_stat.load_power_max_total,
ID_LOAD, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
/*{
"title": {
"en": "Load Peak Current (all-time)",
"de": "Maximalstrom Lastausgang (gesamt)"
}
}*/
TS_ITEM_FLOAT(0x77, "pCurrentMaxTotal_A", &dev_stat.load_current_max, 2,
ID_LOAD, TS_ANY_R | TS_MKR_W, SUBSET_NVM),
/*{
"title": {
"en": "Enable Load",
"de": "Last einschalten"
}
}*/
TS_ITEM_BOOL(0x80, "wEnable", &load.enable,
ID_LOAD, TS_ANY_R | TS_ANY_W, 0),
/*{
"title": {
"en": "Automatic Load Output Enable",
"de": "Last-Ausgang automatisch einschalten"
}
}*/
TS_ITEM_BOOL(0xB7, "sEnableDefault", &load.enable,
ID_LOAD, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Load Disconnect Voltage ",
"de": "Abschaltspannung Lastausgang"
}
}*/
TS_ITEM_FLOAT(0xB8, "sDisconnectVoltage_V", &bat_conf_user.load_disconnect_voltage, 2,
ID_LOAD, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Load Reconnect Voltage",
"de": "Wiedereinschalt-Spannung Lastausgang"
}
}*/
TS_ITEM_FLOAT(0xB9, "sReconnectVoltage_V", &bat_conf_user.load_reconnect_voltage, 2,
ID_LOAD, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Overcurrent Recovery Delay",
"de": "Wiedereinschalt-Verzögerung nach Überstrom"
}
}*/
TS_ITEM_UINT32(0xBA, "sOvercurrentRecoveryDelay_s", &load.oc_recovery_delay,
ID_LOAD, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Low Voltage Disconnect Recovery Delay",
"de": "Wiedereinschalt-Verzögerung nach Unterspannung"
}
}*/
TS_ITEM_UINT32(0xBB, "sUndervoltageRecoveryDelay_s", &load.lvd_recovery_delay,
ID_LOAD, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Maximum Discharge Temperature",
"de": "Maximale Entladetemperatur"
}
}*/
TS_ITEM_FLOAT(0xB5, "sDisMaxTemperature_degC", &bat_conf_user.discharge_temp_max, 1,
ID_LOAD, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "Minimum Discharge Temperature",
"de": "Minimale Entladetemperatur"
}
}*/
TS_ITEM_FLOAT(0xB6, "sDisMinTemperature_degC", &bat_conf_user.discharge_temp_min, 1,
ID_LOAD, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
#endif /* BOARD_HAS_LOAD_OUTPUT */
///////////////////////////////////////////////////////////////////////////////////////////////
#if BOARD_HAS_USB_OUTPUT
TS_GROUP(ID_USB, "USB", TS_NO_CALLBACK, ID_ROOT),
/*{
"title": {
"en": "USB State",
"de": "USB-Zustand"
}
}*/
TS_ITEM_INT32(0x56, "rState", &usb_pwr.info,
ID_USB, TS_ANY_R, SUBSET_SER | SUBSET_CAN),
/*{
"title": {
"en": "Enable USB",
"de": "USB einschalten"
}
}*/
TS_ITEM_BOOL(0x81, "wEnable", &usb_pwr.enable,
ID_USB, TS_ANY_R | TS_ANY_W, 0),
/*{
"title": {
"en": "Automatic USB Power Output Enable",
"de": "USB Ladeport automatisch einschalten"
}
}*/
TS_ITEM_BOOL(0xBC, "sEnableDefault", &usb_pwr.enable,
ID_USB, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
/*{
"title": {
"en": "USB low voltage disconnect recovery delay",
"de": "Wiedereinschalt-Verzögerung USB nach Unterspannung"
}
}*/
TS_ITEM_UINT32(0xBD, "sUndervoltageRecoveryDelay_s", &usb_pwr.lvd_recovery_delay,
ID_USB, TS_ANY_R | TS_ANY_W, SUBSET_NVM),
#endif /* BOARD_HAS_USB_OUTPUT */
///////////////////////////////////////////////////////////////////////////////////////////////
#if CONFIG_HV_TERMINAL_NANOGRID
TS_GROUP(ID_NANOGRID, "Nanogrid", TS_NO_CALLBACK, ID_ROOT),
/*{
"title": {