foxBMS  1.1.1
The foxBMS Battery Management System API Documentation
Data Structures | Macros | Typedefs | Variables
sof_cfg.h File Reference
Application configuration

Header for SOF configuration. More...

#include "general.h"
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Data Structures

struct  SOF_CONFIG
 

Macros

#define SOF_STRING_CURRENT_CONTINUOUS_CHARGE_mA   (120000.00f)
 
#define SOF_STRING_CURRENT_CONTINUOUS_DISCHARGE_mA   (120000.00f)
 
#define SOF_STRING_CURRENT_LIMP_HOME_mA   (20000.00f)
 
#define SOF_TEMPERATURE_LOW_CUTOFF_DISCHARGE_ddegC   (0)
 
#define SOF_TEMPERATURE_LOW_LIMIT_DISCHARGE_ddegC   (-100)
 
#define SOF_TEMPERATURE_LOW_CUTOFF_CHARGE_ddegC   (0)
 
#define SOF_TEMPERATURE_LOW_LIMIT_CHARGE_ddegC   (-100)
 
#define SOF_TEMPERATURE_HIGH_CUTOFF_DISCHARGE_ddegC   (450)
 
#define SOF_TEMPERATURE_HIGH_LIMIT_DISCHARGE_ddegC   (550)
 
#define SOF_TEMPERATURE_HIGH_CUTOFF_CHARGE_ddegC   (450)
 
#define SOF_TEMPERATURE_HIGH_LIMIT_CHARGE_ddegC   (550)
 
#define SOF_VOLTAGE_CUTOFF_CHARGE_mV   (2400)
 
#define SOF_VOLTAGE_LIMIT_CHARGE_mV   (2550)
 
#define SOF_VOLTAGE_CUTOFF_DISCHARGE_mV   (2000)
 
#define SOF_VOLTAGE_LIMIT_DISCHARGE_mV   (1750)
 
#define SOF_MOL_STRING_CURRENT_CONTINUOUS_CHARGE_mA   (10000.00f)
 
#define SOF_RSL_STRING_CURRENT_CONTINUOUS_CHARGE_mA   (11500.00f)
 
#define SOF_MSL_STRING_CURRENT_CONTINUOUS_CHARGE_mA   (12200.00f)
 
#define SOF_MOL_STRING_CURRENT_CONTINUOUS_DISCHARGE_mA   (10000.00f)
 
#define SOF_RSL_STRING_CURRENT_CONTINUOUS_DISCHARGE_mA   (11500.00f)
 
#define SOF_MSL_STRING_CURRENT_CONTINUOUS_DISCHARGE_mA   (12200.00f)
 
#define SOF_MOL_STRING_CURRENT_LIMP_HOME_mA   (20000.00f)
 
#define SOF_RSL_STRING_CURRENT_LIMP_HOME_mA   (20000.00f)
 
#define SOF_MSL_STRING_CURRENT_LIMP_HOME_mA   (20000.00f)
 
#define SOF_MOL_TEMPERATURE_LOW_CUTOFF_DISCHARGE_ddegC   (0)
 
#define SOF_RSL_TEMPERATURE_LOW_CUTOFF_DISCHARGE_ddegC   (0)
 
#define SOF_MSL_TEMPERATURE_LOW_CUTOFF_DISCHARGE_ddegC   (0)
 
#define SOF_MOL_TEMPERATURE_LOW_LIMIT_DISCHARGE_ddegC   (-100)
 
#define SOF_RSL_TEMPERATURE_LOW_LIMIT_DISCHARGE_ddegC   (-100)
 
#define SOF_MSL_TEMPERATURE_LOW_LIMIT_DISCHARGE_ddegC   (-100)
 
#define SOF_MOL_TEMPERATURE_LOW_CUTOFF_CHARGE_ddegC   (0)
 
#define SOF_RSL_TEMPERATURE_LOW_CUTOFF_CHARGE_ddegC   (0)
 
#define SOF_MSL_TEMPERATURE_LOW_CUTOFF_CHARGE_ddegC   (0)
 
#define SOF_MOL_TEMPERATURE_LOW_LIMIT_CHARGE_ddegC   (-100)
 
#define SOF_RSL_TEMPERATURE_LOW_LIMIT_CHARGE_ddegC   (-100)
 
#define SOF_MSL_TEMPERATURE_LOW_LIMIT_CHARGE_ddegC   (-100)
 
#define SOF_MOL_TEMPERATURE_HIGH_CUTOFF_DISCHARGE_ddegC   (450)
 
#define SOF_RSL_TEMPERATURE_HIGH_CUTOFF_DISCHARGE_ddegC   (450)
 
#define SOF_MSL_TEMPERATURE_HIGH_CUTOFF_DISCHARGE_ddegC   (450)
 
#define SOF_MOL_TEMPERATURE_HIGH_LIMIT_DISCHARGE_ddegC   (550)
 
#define SOF_RSL_TEMPERATURE_HIGH_LIMIT_DISCHARGE_ddegC   (550)
 
#define SOF_MSL_TEMPERATURE_HIGH_LIMIT_DISCHARGE_ddegC   (550)
 
#define SOF_MOL_TEMPERATURE_HIGH_CUTOFF_CHARGE_ddegC   (450)
 
#define SOF_RSL_TEMPERATURE_HIGH_CUTOFF_CHARGE_ddegC   (450)
 
#define SOF_MSL_TEMPERATURE_HIGH_CUTOFF_CHARGE_ddegC   (450)
 
#define SOF_MOL_TEMPERATURE_HIGH_LIMIT_CHARGE_ddegC   (550)
 
#define SOF_RSL_TEMPERATURE_HIGH_LIMIT_CHARGE_ddegC   (550)
 
#define SOF_MSL_TEMPERATURE_HIGH_LIMIT_CHARGE_ddegC   (550)
 
#define SOF_MOL_VOLTAGE_CUTOFF_CHARGE_mV   (2400)
 
#define SOF_RSL_VOLTAGE_CUTOFF_CHARGE_mV   (2400)
 
#define SOF_MSL_VOLTAGE_CUTOFF_CHARGE_mV   (2400)
 
#define SOF_MOL_VOLTAGE_LIMIT_CHARGE_mV   (2550)
 
#define SOF_RSL_VOLTAGE_LIMIT_CHARGE_mV   (2550)
 
#define SOF_MSL_VOLTAGE_LIMIT_CHARGE_mV   (2550)
 
#define SOF_MOL_VOLTAGE_CUTOFF_DISCHARGE_mV   (2000)
 
#define SOF_RSL_VOLTAGE_CUTOFF_DISCHARGE_mV   (2000)
 
#define SOF_MSL_VOLTAGE_CUTOFF_DISCHARGE_mV   (2000)
 
#define SOF_MOL_VOLTAGE_LIMIT_DISCHARGE_mV   (1750)
 
#define SOF_RSL_VOLTAGE_LIMIT_DISCHARGE_mV   (1750)
 
#define SOF_MSL_VOLTAGE_LIMIT_DISCHARGE_mV   (1750)
 

Typedefs

typedef struct SOF_CONFIG SOF_CONFIG_s
 

Variables

const SOF_CONFIG_s sof_recommendedCurrent
 
const SOF_CONFIG_s sof_maximumOperatingLimit
 
const SOF_CONFIG_s sof_recommendedSafetyLimit
 
const SOF_CONFIG_s sof_configMaximumSafetyLimit
 

Detailed Description

Header for SOF configuration.

Copyright
© 2010 - 2021, Fraunhofer-Gesellschaft zur Foerderung der angewandten Forschung e.V. All rights reserved.

SPDX-License-Identifier: BSD-3-Clause

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Author
foxBMS Team
Date
2020-10-07 (date of creation)
Updated
2020-10-07 (date of last update)
Prefix
SOF

Definition in file sof_cfg.h.

Macro Definition Documentation

◆ SOF_MOL_STRING_CURRENT_CONTINUOUS_CHARGE_mA

#define SOF_MOL_STRING_CURRENT_CONTINUOUS_CHARGE_mA   (10000.00f)

Different alarm levels for the maximum continuous charge current in mA.

Definition at line 72 of file sof_cfg.h.

◆ SOF_MOL_STRING_CURRENT_CONTINUOUS_DISCHARGE_mA

#define SOF_MOL_STRING_CURRENT_CONTINUOUS_DISCHARGE_mA   (10000.00f)

Different alarm levels for the maximum continuous string discharge current in mA.

Definition at line 87 of file sof_cfg.h.

◆ SOF_MOL_STRING_CURRENT_LIMP_HOME_mA

#define SOF_MOL_STRING_CURRENT_LIMP_HOME_mA   (20000.00f)

Different alarm levels for the limp home current in mA

Definition at line 103 of file sof_cfg.h.

◆ SOF_MOL_TEMPERATURE_HIGH_CUTOFF_CHARGE_ddegC

#define SOF_MOL_TEMPERATURE_HIGH_CUTOFF_CHARGE_ddegC   (450)

Different alarm levels for the high temperature in deci °C where the derating of maximum charge current starts, i.e., above this temperature battery pack should not deliver full charge current

Definition at line 231 of file sof_cfg.h.

◆ SOF_MOL_TEMPERATURE_HIGH_CUTOFF_DISCHARGE_ddegC

#define SOF_MOL_TEMPERATURE_HIGH_CUTOFF_DISCHARGE_ddegC   (450)

Different alarm levels for the high temperature in deci °C where the derating of maximum discharge current starts, i.e., above this temperature battery pack should not deliver full discharge current

Definition at line 194 of file sof_cfg.h.

◆ SOF_MOL_TEMPERATURE_HIGH_LIMIT_CHARGE_ddegC

#define SOF_MOL_TEMPERATURE_HIGH_LIMIT_CHARGE_ddegC   (550)

Different alarm levels for the high temperature in deci °C where the derating of maximum charge current is fully applied. Above this temperature the battery pack should not deliver any current in charge direction.

Definition at line 249 of file sof_cfg.h.

◆ SOF_MOL_TEMPERATURE_HIGH_LIMIT_DISCHARGE_ddegC

#define SOF_MOL_TEMPERATURE_HIGH_LIMIT_DISCHARGE_ddegC   (550)

Different alarm levels for the high temperature in deci °C where the derating of maximum discharge current is fully applied. Above this temperature the battery pack should not deliver any current in discharge direction.

Definition at line 213 of file sof_cfg.h.

◆ SOF_MOL_TEMPERATURE_LOW_CUTOFF_CHARGE_ddegC

#define SOF_MOL_TEMPERATURE_LOW_CUTOFF_CHARGE_ddegC   (0)

Different alarm levels for the cold temperature in deci °C where the derating of maximum charge current starts, i.e., below this temperature battery pack should not deliver full charge current

Definition at line 158 of file sof_cfg.h.

◆ SOF_MOL_TEMPERATURE_LOW_CUTOFF_DISCHARGE_ddegC

#define SOF_MOL_TEMPERATURE_LOW_CUTOFF_DISCHARGE_ddegC   (0)

Different alarm levels for the cold temperature in deci °C where the derating of maximum discharge current starts, i.e., below this temperature battery pack should not deliver full discharge current.

Definition at line 121 of file sof_cfg.h.

◆ SOF_MOL_TEMPERATURE_LOW_LIMIT_CHARGE_ddegC

#define SOF_MOL_TEMPERATURE_LOW_LIMIT_CHARGE_ddegC   (-100)

Different alarm levels for the cold temperature in deci °C where the derating of maximum charge current is fully applied. Below this temperature the battery pack should not deliver any current in charge direction.

Definition at line 176 of file sof_cfg.h.

◆ SOF_MOL_TEMPERATURE_LOW_LIMIT_DISCHARGE_ddegC

#define SOF_MOL_TEMPERATURE_LOW_LIMIT_DISCHARGE_ddegC   (-100)

Different alarm levels for the cold temperature in deci °C where the derating of maximum discharge current is fully applied. Below this temperature the battery pack should not deliver any current in discharge direction.

Definition at line 140 of file sof_cfg.h.

◆ SOF_MOL_VOLTAGE_CUTOFF_CHARGE_mV

#define SOF_MOL_VOLTAGE_CUTOFF_CHARGE_mV   (2400)

Different alarm levels for the upper voltage limit where the derating of maximum charge current starts. Above this value the battery pack should not deliver full current in charge direction.

Definition at line 265 of file sof_cfg.h.

◆ SOF_MOL_VOLTAGE_CUTOFF_DISCHARGE_mV

#define SOF_MOL_VOLTAGE_CUTOFF_DISCHARGE_mV   (2000)

Different alarm levels for the lower voltage limit where the derating of maximum discharge current starts. Below this value the battery pack should not deliver full current in discharge direction.

Definition at line 297 of file sof_cfg.h.

◆ SOF_MOL_VOLTAGE_LIMIT_CHARGE_mV

#define SOF_MOL_VOLTAGE_LIMIT_CHARGE_mV   (2550)

Different alarm levels for the upper voltage limit where the derating of maximum charge current is fully applied. Above this value the battery pack should not deliver any current in charge direction.

Definition at line 281 of file sof_cfg.h.

◆ SOF_MOL_VOLTAGE_LIMIT_DISCHARGE_mV

#define SOF_MOL_VOLTAGE_LIMIT_DISCHARGE_mV   (1750)

Different alarm levels for the lower voltage limit where the derating of maximum discharge is fully applied. Below this value the battery pack should not deliver any current in discharge direction.

Definition at line 313 of file sof_cfg.h.

◆ SOF_MSL_STRING_CURRENT_CONTINUOUS_CHARGE_mA

#define SOF_MSL_STRING_CURRENT_CONTINUOUS_CHARGE_mA   (12200.00f)

Different alarm levels for the maximum continuous charge current in mA.

Definition at line 74 of file sof_cfg.h.

◆ SOF_MSL_STRING_CURRENT_CONTINUOUS_DISCHARGE_mA

#define SOF_MSL_STRING_CURRENT_CONTINUOUS_DISCHARGE_mA   (12200.00f)

Different alarm levels for the maximum continuous string discharge current in mA.

Definition at line 89 of file sof_cfg.h.

◆ SOF_MSL_STRING_CURRENT_LIMP_HOME_mA

#define SOF_MSL_STRING_CURRENT_LIMP_HOME_mA   (20000.00f)

Different alarm levels for the limp home current in mA

Definition at line 105 of file sof_cfg.h.

◆ SOF_MSL_TEMPERATURE_HIGH_CUTOFF_CHARGE_ddegC

#define SOF_MSL_TEMPERATURE_HIGH_CUTOFF_CHARGE_ddegC   (450)

Different alarm levels for the high temperature in deci °C where the derating of maximum charge current starts, i.e., above this temperature battery pack should not deliver full charge current

Definition at line 233 of file sof_cfg.h.

◆ SOF_MSL_TEMPERATURE_HIGH_CUTOFF_DISCHARGE_ddegC

#define SOF_MSL_TEMPERATURE_HIGH_CUTOFF_DISCHARGE_ddegC   (450)

Different alarm levels for the high temperature in deci °C where the derating of maximum discharge current starts, i.e., above this temperature battery pack should not deliver full discharge current

Definition at line 196 of file sof_cfg.h.

◆ SOF_MSL_TEMPERATURE_HIGH_LIMIT_CHARGE_ddegC

#define SOF_MSL_TEMPERATURE_HIGH_LIMIT_CHARGE_ddegC   (550)

Different alarm levels for the high temperature in deci °C where the derating of maximum charge current is fully applied. Above this temperature the battery pack should not deliver any current in charge direction.

Definition at line 251 of file sof_cfg.h.

◆ SOF_MSL_TEMPERATURE_HIGH_LIMIT_DISCHARGE_ddegC

#define SOF_MSL_TEMPERATURE_HIGH_LIMIT_DISCHARGE_ddegC   (550)

Different alarm levels for the high temperature in deci °C where the derating of maximum discharge current is fully applied. Above this temperature the battery pack should not deliver any current in discharge direction.

Definition at line 215 of file sof_cfg.h.

◆ SOF_MSL_TEMPERATURE_LOW_CUTOFF_CHARGE_ddegC

#define SOF_MSL_TEMPERATURE_LOW_CUTOFF_CHARGE_ddegC   (0)

Different alarm levels for the cold temperature in deci °C where the derating of maximum charge current starts, i.e., below this temperature battery pack should not deliver full charge current

Definition at line 160 of file sof_cfg.h.

◆ SOF_MSL_TEMPERATURE_LOW_CUTOFF_DISCHARGE_ddegC

#define SOF_MSL_TEMPERATURE_LOW_CUTOFF_DISCHARGE_ddegC   (0)

Different alarm levels for the cold temperature in deci °C where the derating of maximum discharge current starts, i.e., below this temperature battery pack should not deliver full discharge current.

Definition at line 123 of file sof_cfg.h.

◆ SOF_MSL_TEMPERATURE_LOW_LIMIT_CHARGE_ddegC

#define SOF_MSL_TEMPERATURE_LOW_LIMIT_CHARGE_ddegC   (-100)

Different alarm levels for the cold temperature in deci °C where the derating of maximum charge current is fully applied. Below this temperature the battery pack should not deliver any current in charge direction.

Definition at line 178 of file sof_cfg.h.

◆ SOF_MSL_TEMPERATURE_LOW_LIMIT_DISCHARGE_ddegC

#define SOF_MSL_TEMPERATURE_LOW_LIMIT_DISCHARGE_ddegC   (-100)

Different alarm levels for the cold temperature in deci °C where the derating of maximum discharge current is fully applied. Below this temperature the battery pack should not deliver any current in discharge direction.

Definition at line 142 of file sof_cfg.h.

◆ SOF_MSL_VOLTAGE_CUTOFF_CHARGE_mV

#define SOF_MSL_VOLTAGE_CUTOFF_CHARGE_mV   (2400)

Different alarm levels for the upper voltage limit where the derating of maximum charge current starts. Above this value the battery pack should not deliver full current in charge direction.

Definition at line 267 of file sof_cfg.h.

◆ SOF_MSL_VOLTAGE_CUTOFF_DISCHARGE_mV

#define SOF_MSL_VOLTAGE_CUTOFF_DISCHARGE_mV   (2000)

Different alarm levels for the lower voltage limit where the derating of maximum discharge current starts. Below this value the battery pack should not deliver full current in discharge direction.

Definition at line 299 of file sof_cfg.h.

◆ SOF_MSL_VOLTAGE_LIMIT_CHARGE_mV

#define SOF_MSL_VOLTAGE_LIMIT_CHARGE_mV   (2550)

Different alarm levels for the upper voltage limit where the derating of maximum charge current is fully applied. Above this value the battery pack should not deliver any current in charge direction.

Definition at line 283 of file sof_cfg.h.

◆ SOF_MSL_VOLTAGE_LIMIT_DISCHARGE_mV

#define SOF_MSL_VOLTAGE_LIMIT_DISCHARGE_mV   (1750)

Different alarm levels for the lower voltage limit where the derating of maximum discharge is fully applied. Below this value the battery pack should not deliver any current in discharge direction.

Definition at line 315 of file sof_cfg.h.

◆ SOF_RSL_STRING_CURRENT_CONTINUOUS_CHARGE_mA

#define SOF_RSL_STRING_CURRENT_CONTINUOUS_CHARGE_mA   (11500.00f)

Different alarm levels for the maximum continuous charge current in mA.

Definition at line 73 of file sof_cfg.h.

◆ SOF_RSL_STRING_CURRENT_CONTINUOUS_DISCHARGE_mA

#define SOF_RSL_STRING_CURRENT_CONTINUOUS_DISCHARGE_mA   (11500.00f)

Different alarm levels for the maximum continuous string discharge current in mA.

Definition at line 88 of file sof_cfg.h.

◆ SOF_RSL_STRING_CURRENT_LIMP_HOME_mA

#define SOF_RSL_STRING_CURRENT_LIMP_HOME_mA   (20000.00f)

Different alarm levels for the limp home current in mA

Definition at line 104 of file sof_cfg.h.

◆ SOF_RSL_TEMPERATURE_HIGH_CUTOFF_CHARGE_ddegC

#define SOF_RSL_TEMPERATURE_HIGH_CUTOFF_CHARGE_ddegC   (450)

Different alarm levels for the high temperature in deci °C where the derating of maximum charge current starts, i.e., above this temperature battery pack should not deliver full charge current

Definition at line 232 of file sof_cfg.h.

◆ SOF_RSL_TEMPERATURE_HIGH_CUTOFF_DISCHARGE_ddegC

#define SOF_RSL_TEMPERATURE_HIGH_CUTOFF_DISCHARGE_ddegC   (450)

Different alarm levels for the high temperature in deci °C where the derating of maximum discharge current starts, i.e., above this temperature battery pack should not deliver full discharge current

Definition at line 195 of file sof_cfg.h.

◆ SOF_RSL_TEMPERATURE_HIGH_LIMIT_CHARGE_ddegC

#define SOF_RSL_TEMPERATURE_HIGH_LIMIT_CHARGE_ddegC   (550)

Different alarm levels for the high temperature in deci °C where the derating of maximum charge current is fully applied. Above this temperature the battery pack should not deliver any current in charge direction.

Definition at line 250 of file sof_cfg.h.

◆ SOF_RSL_TEMPERATURE_HIGH_LIMIT_DISCHARGE_ddegC

#define SOF_RSL_TEMPERATURE_HIGH_LIMIT_DISCHARGE_ddegC   (550)

Different alarm levels for the high temperature in deci °C where the derating of maximum discharge current is fully applied. Above this temperature the battery pack should not deliver any current in discharge direction.

Definition at line 214 of file sof_cfg.h.

◆ SOF_RSL_TEMPERATURE_LOW_CUTOFF_CHARGE_ddegC

#define SOF_RSL_TEMPERATURE_LOW_CUTOFF_CHARGE_ddegC   (0)

Different alarm levels for the cold temperature in deci °C where the derating of maximum charge current starts, i.e., below this temperature battery pack should not deliver full charge current

Definition at line 159 of file sof_cfg.h.

◆ SOF_RSL_TEMPERATURE_LOW_CUTOFF_DISCHARGE_ddegC

#define SOF_RSL_TEMPERATURE_LOW_CUTOFF_DISCHARGE_ddegC   (0)

Different alarm levels for the cold temperature in deci °C where the derating of maximum discharge current starts, i.e., below this temperature battery pack should not deliver full discharge current.

Definition at line 122 of file sof_cfg.h.

◆ SOF_RSL_TEMPERATURE_LOW_LIMIT_CHARGE_ddegC

#define SOF_RSL_TEMPERATURE_LOW_LIMIT_CHARGE_ddegC   (-100)

Different alarm levels for the cold temperature in deci °C where the derating of maximum charge current is fully applied. Below this temperature the battery pack should not deliver any current in charge direction.

Definition at line 177 of file sof_cfg.h.

◆ SOF_RSL_TEMPERATURE_LOW_LIMIT_DISCHARGE_ddegC

#define SOF_RSL_TEMPERATURE_LOW_LIMIT_DISCHARGE_ddegC   (-100)

Different alarm levels for the cold temperature in deci °C where the derating of maximum discharge current is fully applied. Below this temperature the battery pack should not deliver any current in discharge direction.

Definition at line 141 of file sof_cfg.h.

◆ SOF_RSL_VOLTAGE_CUTOFF_CHARGE_mV

#define SOF_RSL_VOLTAGE_CUTOFF_CHARGE_mV   (2400)

Different alarm levels for the upper voltage limit where the derating of maximum charge current starts. Above this value the battery pack should not deliver full current in charge direction.

Definition at line 266 of file sof_cfg.h.

◆ SOF_RSL_VOLTAGE_CUTOFF_DISCHARGE_mV

#define SOF_RSL_VOLTAGE_CUTOFF_DISCHARGE_mV   (2000)

Different alarm levels for the lower voltage limit where the derating of maximum discharge current starts. Below this value the battery pack should not deliver full current in discharge direction.

Definition at line 298 of file sof_cfg.h.

◆ SOF_RSL_VOLTAGE_LIMIT_CHARGE_mV

#define SOF_RSL_VOLTAGE_LIMIT_CHARGE_mV   (2550)

Different alarm levels for the upper voltage limit where the derating of maximum charge current is fully applied. Above this value the battery pack should not deliver any current in charge direction.

Definition at line 282 of file sof_cfg.h.

◆ SOF_RSL_VOLTAGE_LIMIT_DISCHARGE_mV

#define SOF_RSL_VOLTAGE_LIMIT_DISCHARGE_mV   (1750)

Different alarm levels for the lower voltage limit where the derating of maximum discharge is fully applied. Below this value the battery pack should not deliver any current in discharge direction.

Definition at line 314 of file sof_cfg.h.

◆ SOF_STRING_CURRENT_CONTINUOUS_CHARGE_mA

#define SOF_STRING_CURRENT_CONTINUOUS_CHARGE_mA   (120000.00f)

Maximum current in mA in charge direction that a string can sustain. Normally set once for the specific battery cell from datasheet

Definition at line 66 of file sof_cfg.h.

◆ SOF_STRING_CURRENT_CONTINUOUS_DISCHARGE_mA

#define SOF_STRING_CURRENT_CONTINUOUS_DISCHARGE_mA   (120000.00f)

Maximum current in mA in discharge direction that a string can deliver. Normally set once for the specific battery cell from datasheet.

Definition at line 81 of file sof_cfg.h.

◆ SOF_STRING_CURRENT_LIMP_HOME_mA

#define SOF_STRING_CURRENT_LIMP_HOME_mA   (20000.00f)

Current in mA that the string should be able to discharge when in limp home mode, i.e., something noncritical went wrong but it should be able to drive home. The value is chosen by the system engineer.

Definition at line 97 of file sof_cfg.h.

◆ SOF_TEMPERATURE_HIGH_CUTOFF_CHARGE_ddegC

#define SOF_TEMPERATURE_HIGH_CUTOFF_CHARGE_ddegC   (450)

Hot temperature in deci °C where the derating of maximum charge current starts, i.e., above this temperature battery pack should not deliver full charge current.

Definition at line 223 of file sof_cfg.h.

◆ SOF_TEMPERATURE_HIGH_CUTOFF_DISCHARGE_ddegC

#define SOF_TEMPERATURE_HIGH_CUTOFF_DISCHARGE_ddegC   (450)

Hot temperature in deci °C where the derating of maximum discharge current starts, i.e., above this temperature battery pack should not deliver full discharge current.

Definition at line 186 of file sof_cfg.h.

◆ SOF_TEMPERATURE_HIGH_LIMIT_CHARGE_ddegC

#define SOF_TEMPERATURE_HIGH_LIMIT_CHARGE_ddegC   (550)

Hot temperature in deci °C where the derating of maximum charge current is fully applied, i.e., above this temperature battery pack should not deliver any current in charge direction.

Definition at line 241 of file sof_cfg.h.

◆ SOF_TEMPERATURE_HIGH_LIMIT_DISCHARGE_ddegC

#define SOF_TEMPERATURE_HIGH_LIMIT_DISCHARGE_ddegC   (550)

Hot temperature in deci °C where the derating of maximum discharge current is fully applied, i.e., above this temperature battery pack should not deliver any current in discharge direction.

Definition at line 204 of file sof_cfg.h.

◆ SOF_TEMPERATURE_LOW_CUTOFF_CHARGE_ddegC

#define SOF_TEMPERATURE_LOW_CUTOFF_CHARGE_ddegC   (0)

Cold temperature in deci °C where the derating of maximum charge current starts, i.e., below this temperature battery pack should not deliver full charge current.

Definition at line 150 of file sof_cfg.h.

◆ SOF_TEMPERATURE_LOW_CUTOFF_DISCHARGE_ddegC

#define SOF_TEMPERATURE_LOW_CUTOFF_DISCHARGE_ddegC   (0)

Cold temperature in deci °C where the derating of maximum discharge current starts, i.e., below this temperature battery pack should not deliver full discharge current.

Definition at line 113 of file sof_cfg.h.

◆ SOF_TEMPERATURE_LOW_LIMIT_CHARGE_ddegC

#define SOF_TEMPERATURE_LOW_LIMIT_CHARGE_ddegC   (-100)

Cold temperature in deci °C where the derating of maximum charge current is fully applied, i.e., below this temperature battery pack should not deliver any current in charge direction.

Definition at line 168 of file sof_cfg.h.

◆ SOF_TEMPERATURE_LOW_LIMIT_DISCHARGE_ddegC

#define SOF_TEMPERATURE_LOW_LIMIT_DISCHARGE_ddegC   (-100)

Cold temperature in deci °C where the derating of maximum discharge current is fully applied, i.e., below this temperature battery pack should not deliver any current in discharge direction.

Definition at line 131 of file sof_cfg.h.

◆ SOF_VOLTAGE_CUTOFF_CHARGE_mV

#define SOF_VOLTAGE_CUTOFF_CHARGE_mV   (2400)

Above this voltage value battery pack should not be exposed to full current in charge direction.

Definition at line 257 of file sof_cfg.h.

◆ SOF_VOLTAGE_CUTOFF_DISCHARGE_mV

#define SOF_VOLTAGE_CUTOFF_DISCHARGE_mV   (2000)

Below this voltage value battery pack should not deliver full current in discharge direction.

Definition at line 289 of file sof_cfg.h.

◆ SOF_VOLTAGE_LIMIT_CHARGE_mV

#define SOF_VOLTAGE_LIMIT_CHARGE_mV   (2550)

Above this voltage value battery pack should not be exposed to any current in charge direction.

Definition at line 273 of file sof_cfg.h.

◆ SOF_VOLTAGE_LIMIT_DISCHARGE_mV

#define SOF_VOLTAGE_LIMIT_DISCHARGE_mV   (1750)

Below this voltage value battery pack should not deliver any current in discharge direction.

Definition at line 305 of file sof_cfg.h.

Typedef Documentation

◆ SOF_CONFIG_s

typedef struct SOF_CONFIG SOF_CONFIG_s

structure for configuration of SoF Calculation

Variable Documentation

◆ sof_configMaximumSafetyLimit

const SOF_CONFIG_s sof_configMaximumSafetyLimit
extern

Configuration values for the SOF window of the different alarm levels (MOL, RSL and MSL)

Definition at line 114 of file sof_cfg.c.

◆ sof_maximumOperatingLimit

const SOF_CONFIG_s sof_maximumOperatingLimit
extern

Configuration values for the SOF window of the different alarm levels (MOL, RSL and MSL)

Definition at line 80 of file sof_cfg.c.

◆ sof_recommendedCurrent

const SOF_CONFIG_s sof_recommendedCurrent
extern

Configuration values for the SOF window of the recommended battery current

Definition at line 63 of file sof_cfg.c.

◆ sof_recommendedSafetyLimit

const SOF_CONFIG_s sof_recommendedSafetyLimit
extern

Configuration values for the SOF window of the different alarm levels (MOL, RSL and MSL)

Definition at line 97 of file sof_cfg.c.