#include "drv_rtc.h" #include "bsp_flash.h" #include "bms_fdb.h" #include "bms_log.h" #include "bms_soc.h" #include "bms_sop.h" #include "bms_gpio.h" #include "bms_di_do.h" #include "bms_fault.h" #include "bms_config.h" #include "bms_eeprom.h" #include "logic_ctrl.h" #include "kit_debug.h" typedef enum { kAlarmStart, kAlarmBan = kAlarmStart, kAlarmWarn, kAlarmCut, kAlarmUnRel, kAlarmEnd, }AlarmHander; typedef enum { kACModel_Start, kACModel_Stop = kACModel_Start, kACMode_InnerLoop, kACMode_Cool, kACMode_Heat, kACMode_Auto, kACMode_Hydrating, kACMode_End, }ACMode; static const EepromDataFormat data_format[kEEDataIdx_End] = { STATIC_UNCHECK_MAX_MIN, 0, 0x0000, 0xFFFF, //Boot标志位 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //程序更新时间 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //程序更新时间 STATIC_CHECK, PARAM_COMBINE(0, 8), PARAM_COMBINE(0,1), PARAM_COMBINE(255,50), //地址编号 + BCU/BMU个数 STATIC_CHECK, PARAM_COMBINE(1, kCellType_kLiFePO4), PARAM_COMBINE(1, kCellType_Start), PARAM_COMBINE(255, kCellType_End), //电池类型+温感类型 STATIC_CHECK, 400, 0, 0xFFFF, //电池总数 STATIC_CHECK, 400, 0, 0xFFFF, //温感总数 STATIC_CHECK, PARAM_COMBINE(35+50,30 + 50), PARAM_COMBINE(0,0), PARAM_COMBINE(255,255), //风扇开启温度+风扇关闭温度 STATIC_CHECK, PARAM_COMBINE(0+50,0+50), PARAM_COMBINE(0,0), PARAM_COMBINE(255,255), //电压故障温度点2_1 STATIC_CHECK, PARAM_CONVERT(140, 10, 0), PARAM_CONVERT(1, 10, 0), PARAM_CONVERT(2000, 10, 0), //额定充电电流 STATIC_CHECK, PARAM_CONVERT(140, 10, 0), PARAM_CONVERT(1, 10, 0), PARAM_CONVERT(2000, 10, 0), //额定放电电流 STATIC_CHECK, PARAM_CONVERT(100, 10, 0), PARAM_CONVERT(1, 10, 0), PARAM_CONVERT(2000, 10, 0), //允许并机压差 STATIC_CHECK, PARAM_CONVERT(100, 10, 0), PARAM_CONVERT(1, 10, 0), PARAM_CONVERT(2000, 10, 0), //允许并机电流 STATIC_CHECK, PARAM_COMBINE(3, 1), PARAM_COMBINE(1, 1), PARAM_COMBINE(255, 255), //高压下电延时+最小在线簇数 STATIC_CHECK, PARAM_COMBINE(5, 1), PARAM_COMBINE(0, 1), PARAM_COMBINE(255, 255), //数据存储周期 STATIC_CHECK, PARAM_COMBINE(0, kR485_115200), PARAM_COMBINE(0, kR485BaudRateStart), PARAM_COMBINE(0x02, kR485BaudRateEnd), //内部485校验位+内部485波特率 STATIC_CHECK, PARAM_COMBINE(0, kR485_9600), PARAM_COMBINE(0, kR485BaudRateStart), PARAM_COMBINE(0x02, kR485BaudRateEnd), //外部4852校验位+外部4852波特率 STATIC_CHECK, PARAM_COMBINE(0, kR485_9600), PARAM_COMBINE(0, kR485BaudRateStart), PARAM_COMBINE(0x02, kR485BaudRateEnd), //外部4853校验位+外部4853波特率 STATIC_CHECK, PARAM_COMBINE(0, kCAN_250kbps), PARAM_COMBINE(0,kCanBaudRateStart), PARAM_COMBINE(0xff,kCanBaudRateEnd), //内部can协议+内部can波特率 STATIC_CHECK, PARAM_COMBINE(1, kCAN_250kbps), PARAM_COMBINE(0,kCanBaudRateStart), PARAM_COMBINE(0xff,kCanBaudRateEnd), //外部can协议+外部can波特率 //内部RS485设备地址+内部RS485通讯协议 STATIC_CHECK, PARAM_COMBINE(1,0), PARAM_COMBINE(0,0), PARAM_COMBINE(0xff,0xff), //外部RS4852设备地址+外部RS4852通讯协议 STATIC_CHECK, PARAM_COMBINE(1,0), PARAM_COMBINE(0,0), PARAM_COMBINE(0xff,0xff), //外部RS4853设备地址+外部RS4853通讯协议 STATIC_CHECK, PARAM_COMBINE(1,0), PARAM_COMBINE(0,0), PARAM_COMBINE(0xff,0xff), //以太网通讯地址+以太网通讯协议 STATIC_CHECK, PARAM_COMBINE(0,0), PARAM_COMBINE(0,0), PARAM_COMBINE(0xff,0xff), STATIC_CHECK, 0, 0, 0xFFFF, //分流器1矫正增益 STATIC_CHECK, 0, 0, 0xFFFF, //分流器2矫正增益 //分流器2_1矫正偏置 STATIC_CHECK, PARAM_COMBINE(0,0), PARAM_COMBINE(0,0), PARAM_COMBINE(255,255), STATIC_CHECK, 1000, 100, 0xFFFF, //电流1校准系数 STATIC_CHECK, 1000, 100, 0xFFFF, //电流2校准系数 STATIC_CHECK, 1000, 100, 0xFFFF, //电压1校准系数 STATIC_CHECK, 1000, 100, 0xFFFF, //电压2校准系数 STATIC_CHECK, PARAM_COMBINE(0,0), PARAM_COMBINE(0,0), PARAM_COMBINE(255,255), //电流2_1矫正偏置 STATIC_CHECK, 2500, 10, 5000, //霍尔摆幅电压 STATIC_CHECK, PARAM_COMBINE(0,75), PARAM_COMBINE(0, 10), PARAM_COMBINE(1, 250), //充电电流方向+分流器额定电压 STATIC_CHECK, PARAM_COMBINE(25, 25), PARAM_COMBINE(1, 1), PARAM_COMBINE(250, 250), //电流传感器1/2量程 STATIC_CHECK, PARAM_COMBINE(kCurType_Shunt, kCurType_Shunt), PARAM_COMBINE(kCusrTypeStart, kCusrTypeStart), PARAM_COMBINE(kCurTypeEnd, kCurTypeEnd), //电流传感器1/2类型( 0分流器1单量程霍尔2双量程3双单量程) STATIC_CHECK, PARAM_COMBINE(0,0), PARAM_COMBINE(0, 0), PARAM_COMBINE(1, 1), //电流传感器1/2方向 STATIC_CHECK, PARAM_COMBINE(0,0), PARAM_COMBINE(0, 0), PARAM_COMBINE(255,255), //电流传感器1/2滤波(0.1A/bit) STATIC_CHECK, PARAM_COMBINE(120, 120), PARAM_COMBINE(0, 0), PARAM_COMBINE(255,255), //电流传感器1/2偏移(0.1A/bit) STATIC_CHECK, PARAM_COMBINE(10,3), PARAM_COMBINE(0, 0), PARAM_COMBINE(250, 250), //状态转换电流阈值+状态转换保持时间 //继电器配置 STATIC_CHECK, PARAM_COMBINE(kDoType_Negative,kDoType_Positive), PARAM_COMBINE(kDoType_Start,kDoType_Start), PARAM_COMBINE(kDoType_End,kDoType_End), //继电器2_1类型 STATIC_CHECK, PARAM_COMBINE(kDoType_Trip4,kDoType_PreChg), PARAM_COMBINE(kDoType_Start,kDoType_Start), PARAM_COMBINE(kDoType_End,kDoType_End), //继电器4_3类型 STATIC_CHECK, PARAM_COMBINE(kDoType_Unused,kDoType_Unused), PARAM_COMBINE(kDoType_Start,kDoType_Start), PARAM_COMBINE(kDoType_End,kDoType_End), //继电器6_5类型 STATIC_CHECK, PARAM_COMBINE(kDoType_Alarm1,kDoType_Running1), PARAM_COMBINE(kDoType_Start,kDoType_Start), PARAM_COMBINE(kDoType_End,kDoType_End), //继电器8_7类型 STATIC_UNCHECK_MAX_MIN, 0xFFFF, 0x0000, 0xFFFF,//放电自检故障低位 STATIC_UNCHECK_MAX_MIN, 0x003F, 0x0000, 0xFFFF,//放电自检故障高位 STATIC_UNCHECK_MAX_MIN, 0xFFFF, 0x0000, 0xFFFF,//充电自检故障低位 STATIC_UNCHECK_MAX_MIN, 0x003F, 0x0000, 0xFFFF,//充电自建故障高位 STATIC_CHECK, PARAM_COMBINE(3,3), PARAM_COMBINE(1,0), PARAM_COMBINE(50,10), //超时时间(s) + 预充次数 STATIC_CHECK, PARAM_COMBINE(0,100), PARAM_COMBINE(0,10), PARAM_COMBINE(2,100), //预充电压类型 + 预充电压百分比 STATIC_CHECK, PARAM_COMBINE(90,90), PARAM_COMBINE(30,50), PARAM_COMBINE(100,100), //HV2电压比例+HV1电压比例 STATIC_CHECK, PARAM_COMBINE(-10+50,-5+50), PARAM_COMBINE(0,0), PARAM_COMBINE(255,255), //加热开启温度+加热关闭温度 STATIC_CHECK, PARAM_CONVERT(280,10,0), PARAM_CONVERT(1,10,0), PARAM_CONVERT(1190,10,0), //额定容量(0.1AH/bit,0) STATIC_CHECK, PARAM_CONVERT(140,10,0), PARAM_CONVERT(1,10,0), PARAM_CONVERT(2000,10,0), //实际容量(0.1AH/bit,0) STATIC_CHECK, PARAM_CONVERT(1280,10,0), PARAM_CONVERT(50,10,0), PARAM_CONVERT(2000,10,0), //额定总压(0.1A/bit,0) STATIC_CHECK, PARAM_CONVERT(1460,10,0), PARAM_CONVERT(50,10,0), PARAM_CONVERT(2000,10,0), //请求充电电压(0.1A/bit,0) STATIC_CHECK, 2750, 1500, 3200, //SOC过放校准电压值(ms) STATIC_CHECK, 3600, 3300, 4500, //SOC过充校准电压值(ms) //放电总压低（高温）(0.1v) //故障处理 0禁用 1只报警 2切断继电器 3重启释放 STATIC_CHECK, PARAM_CONVERT(1140,10,0), PARAM_CONVERT(15,10,0), PARAM_CONVERT(2000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1180,10,0), PARAM_CONVERT(15,10,0), PARAM_CONVERT(2000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(1120,10,0), PARAM_CONVERT(15,10,0), PARAM_CONVERT(2000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1160,10,0), PARAM_CONVERT(15,10,0), PARAM_CONVERT(2000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(1100,10,0), PARAM_CONVERT(15,10,0), PARAM_CONVERT(2000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1140,10,0), PARAM_CONVERT(15,10,0), PARAM_CONVERT(2000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //放电总压低（低温） STATIC_CHECK, PARAM_CONVERT(1140,10,0), PARAM_CONVERT(15,10,0), PARAM_CONVERT(2000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1180,10,0), PARAM_CONVERT(15,10,0), PARAM_CONVERT(2000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(1120,10,0), PARAM_CONVERT(15,10,0), PARAM_CONVERT(2000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1160,10,0), PARAM_CONVERT(15,10,0), PARAM_CONVERT(2000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(1100,10,0), PARAM_CONVERT(15,10,0), PARAM_CONVERT(2000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1140,10,0), PARAM_CONVERT(15,10,0), PARAM_CONVERT(2000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 //放电单体低（高温）(mV) STATIC_CHECK, 2850, 1500, 3500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 2950, 1500, 3500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 2800, 1500, 3500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 2900, 1500, 3500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 2750, 1500, 3500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 2850, 1500, 3500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 //放电单体低（低温） STATIC_CHECK, 2850, 1500, 3500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 2950, 1500, 3500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 2800, 1500, 3500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 2900, 1500, 3500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 2750, 1500, 3500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 2850, 1500, 3500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //放电单体高(mV) STATIC_CHECK, 3550, 3200, 4500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 3450, 3000, 4500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 3600, 3200, 4500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 3500, 3000, 4500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 3650, 3200, 4500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 3550, 3000, 4500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //放电过流（0.1A） STATIC_CHECK, PARAM_CONVERT(166,10,0), PARAM_CONVERT(10,10,0), PARAM_CONVERT(5000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(156,10,0), PARAM_CONVERT(10,10,0), PARAM_CONVERT(5000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(185,10,0), PARAM_CONVERT(10,10,0), PARAM_CONVERT(5000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(175,10,0), PARAM_CONVERT(10,10,0), PARAM_CONVERT(5000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(200,10,0), PARAM_CONVERT(10,10,0), PARAM_CONVERT(5000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(190,10,0), PARAM_CONVERT(10,10,0), PARAM_CONVERT(5000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //放电高温（0.1℃,-50℃） STATIC_CHECK, PARAM_CONVERT(50,10,50), PARAM_CONVERT(20,10,50), PARAM_CONVERT(100,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(45,10,50), PARAM_CONVERT(15,10,50), PARAM_CONVERT(100,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(55,10,50), PARAM_CONVERT(20,10,50), PARAM_CONVERT(100,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(50,10,50), PARAM_CONVERT(15,10,50), PARAM_CONVERT(100,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(60,10,50), PARAM_CONVERT(20,10,50), PARAM_CONVERT(100,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(55,10,50), PARAM_CONVERT(15,10,50), PARAM_CONVERT(100,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //放电低温（0.1℃,-50℃） STATIC_CHECK, PARAM_CONVERT(5,10,50), PARAM_CONVERT(-30,10,50), PARAM_CONVERT(50,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(10,10,50), PARAM_CONVERT(-25,10,50), PARAM_CONVERT(50,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(0,10,50), PARAM_CONVERT(-30,10,50), PARAM_CONVERT(50,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(5,10,50), PARAM_CONVERT(-25,10,50), PARAM_CONVERT(50,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(-5,10,50), PARAM_CONVERT(-30,10,50), PARAM_CONVERT(50,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(0,10,50), PARAM_CONVERT(-25,10,50), PARAM_CONVERT(50,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //放电压差（mV） STATIC_CHECK, 400, 20, 1500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 350, 20, 1500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 600, 20, 1500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 550, 20, 1500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 1000, 20, 1500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 950, 20, 1500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //放电温差（0.1℃） STATIC_CHECK, PARAM_CONVERT(10,10,0), PARAM_CONVERT(1,10,0), PARAM_CONVERT(35,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(5,10,0), PARAM_CONVERT(1,10,0), PARAM_CONVERT(35,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(15,10,0), PARAM_CONVERT(1,10,0), PARAM_CONVERT(35,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(10,10,0), PARAM_CONVERT(1,10,0), PARAM_CONVERT(35,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(20,10,0), PARAM_CONVERT(1,10,0), PARAM_CONVERT(35,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(15,10,0), PARAM_CONVERT(1,10,0), PARAM_CONVERT(35,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //SOC（0.1%） STATIC_CHECK, PARAM_CONVERT(15,100,0), PARAM_CONVERT(0,100,0), PARAM_CONVERT(30,100,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(17,100,0), PARAM_CONVERT(0,100,0), PARAM_CONVERT(40,100,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(10,100,0), PARAM_CONVERT(0,100,0), PARAM_CONVERT(30,100,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(12,100,0), PARAM_CONVERT(0,100,0), PARAM_CONVERT(40,100,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(5,100,0), PARAM_CONVERT(0,100,0), PARAM_CONVERT(30,100,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(7,100,0), PARAM_CONVERT(0,100,0), PARAM_CONVERT(40,100,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //充电总压高(0.1v) //故障处理 0禁用 1只报警 2切断继电器 3重启释放 STATIC_CHECK, PARAM_CONVERT(1420,10,0), PARAM_CONVERT(20,10,0), PARAM_CONVERT(2000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1380,10,0), PARAM_CONVERT(20,10,0), PARAM_CONVERT(2000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(1440,10,0), PARAM_CONVERT(20,10,0), PARAM_CONVERT(2000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1400,10,0), PARAM_CONVERT(20,10,0), PARAM_CONVERT(2000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(1460,10,0), PARAM_CONVERT(20,10,0), PARAM_CONVERT(2000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1420,10,0), PARAM_CONVERT(20,10,0), PARAM_CONVERT(2000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //充电总压高(低温)(0.01v) //故障处理 0禁用 1只报警 2切断继电器 3重启释放 STATIC_CHECK, PARAM_CONVERT(1420,10,0), PARAM_CONVERT(20,10,0), PARAM_CONVERT(2000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1380,10,0), PARAM_CONVERT(20,10,0), PARAM_CONVERT(2000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(1440,10,0), PARAM_CONVERT(20,10,0), PARAM_CONVERT(2000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1400,10,0), PARAM_CONVERT(20,10,0), PARAM_CONVERT(2000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(1460,10,0), PARAM_CONVERT(20,10,0), PARAM_CONVERT(2000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1420,10,0), PARAM_CONVERT(20,10,0), PARAM_CONVERT(2000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //充电单体高(mV) STATIC_CHECK, 3550, 3200, 4500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 3450, 3000, 4500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 3600, 3200, 4500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 3500, 3000, 4500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 3650, 3200, 4500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 3550, 3000, 4500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //充电单体高(低温)(mV) STATIC_CHECK, 3550, 3200, 4500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 3450, 3000, 4500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 3600, 3200, 4500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 3500, 3000, 4500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 3650, 3200, 4500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 3550, 3000, 4500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //充电单体低 STATIC_CHECK, 2700, 1500, 3500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 2800, 1500, 3500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 2600, 1500, 3500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 2700, 1500, 3500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 2500, 1500, 3500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 2600, 1500, 3500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //充电过流（0.1A） STATIC_CHECK, PARAM_CONVERT(166,10,0), PARAM_CONVERT(10,10,0), PARAM_CONVERT(5000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(156,10,0), PARAM_CONVERT(10,10,0), PARAM_CONVERT(5000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(185,10,0), PARAM_CONVERT(10,10,0), PARAM_CONVERT(5000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(175,10,0), PARAM_CONVERT(10,10,0), PARAM_CONVERT(5000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(200,10,0), PARAM_CONVERT(10,10,0), PARAM_CONVERT(5000,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(190,10,0), PARAM_CONVERT(10,10,0), PARAM_CONVERT(5000,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //充电高温（0.1℃,-50℃） STATIC_CHECK, PARAM_CONVERT(50,10,50), PARAM_CONVERT(20,10,50), PARAM_CONVERT(100,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(45,10,50), PARAM_CONVERT(15,10,50), PARAM_CONVERT(100,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(55,10,50), PARAM_CONVERT(20,10,50), PARAM_CONVERT(100,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(50,10,50), PARAM_CONVERT(15,10,50), PARAM_CONVERT(100,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(60,10,50), PARAM_CONVERT(20,10,50), PARAM_CONVERT(100,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(55,10,50), PARAM_CONVERT(15,10,50), PARAM_CONVERT(100,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //充电低温（0.1℃,-50℃） STATIC_CHECK, PARAM_CONVERT(5,10,50), PARAM_CONVERT(-40,10,50), PARAM_CONVERT(50,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(10,10,50), PARAM_CONVERT(-35,10,50), PARAM_CONVERT(30,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(0,10,50), PARAM_CONVERT(-40,10,50), PARAM_CONVERT(50,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(5,10,50), PARAM_CONVERT(-35,10,50), PARAM_CONVERT(30,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(-5,10,50), PARAM_CONVERT(-40,10,50), PARAM_CONVERT(50,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(0,10,50), PARAM_CONVERT(-35,10,50), PARAM_CONVERT(30,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //充电压差（mV） STATIC_CHECK, 400, 20, 1500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 350, 20, 1500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 600, 20, 1500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 550, 20, 1500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 1000, 20, 1500, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 950, 20, 1500, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //充电温差（0.1℃） STATIC_CHECK, PARAM_CONVERT(10,10,0), PARAM_CONVERT(1,10,0), PARAM_CONVERT(35,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(5,10,0), PARAM_CONVERT(1,10,0), PARAM_CONVERT(35,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(15,10,0), PARAM_CONVERT(1,10,0), PARAM_CONVERT(35,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(10,10,0), PARAM_CONVERT(1,10,0), PARAM_CONVERT(35,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(20,10,0), PARAM_CONVERT(1,10,0), PARAM_CONVERT(35,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(15,10,0), PARAM_CONVERT(1,10,0), PARAM_CONVERT(35,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //绝缘(1Ω/V/bit,偏移量0) STATIC_CHECK, 500, 10, 5000, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(5000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 600, 100, 5000, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(5000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 350, 10, 5000, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(5000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 450, 100, 5000, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(5000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, 200, 10, 5000, //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(5000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 300, 100, 5000, //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(5000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 //T1高温 STATIC_CHECK, PARAM_CONVERT(60,10,50), PARAM_CONVERT(30,10,50), PARAM_CONVERT(100,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(50,10,50), PARAM_CONVERT(15,10,50), PARAM_CONVERT(100,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 //T1低温 STATIC_CHECK, PARAM_CONVERT(-5,10,50), PARAM_CONVERT(-30,10,50), PARAM_CONVERT(10,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(-2,10,50), PARAM_CONVERT(-25,10,50), PARAM_CONVERT(10,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 //电压排线 STATIC_CHECK, 1, 1, 1, STATIC_CHECK, FAULT_TICK_CONVERT(20000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 0, 0, 0, STATIC_CHECK, FAULT_TICK_CONVERT(5000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 //温度排线 STATIC_CHECK, 1, 1, 1, STATIC_CHECK, FAULT_TICK_CONVERT(20000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 0, 0, 0, STATIC_CHECK, FAULT_TICK_CONVERT(5000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //主从通讯 STATIC_CHECK, 1, 1, 1000, STATIC_CHECK, FAULT_TICK_CONVERT(20000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 0, 0, 0, STATIC_CHECK, FAULT_TICK_CONVERT(5000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 //供电欠压 STATIC_CHECK, 90, 50, 300, STATIC_CHECK, FAULT_TICK_CONVERT(5000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 120, 50, 300, STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //供电过压 STATIC_CHECK, 320, 50, 360, STATIC_CHECK, FAULT_TICK_CONVERT(5000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 300, 50, 360, STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //高压异常 STATIC_CHECK, 300, 0, 1000, //高压异常 STATIC_CHECK, FAULT_TICK_CONVERT(15000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, 100, 0, 1000, STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //指令超时 STATIC_CHECK, 1, 1, 1000, //指令超时告警值 STATIC_CHECK, FAULT_TICK_CONVERT(20000), FAULT_TICK_CONVERT(100), 60000, //指令超时告警延时 STATIC_CHECK, 0, 0, 0, //指令超时告警释放值 STATIC_CHECK, FAULT_TICK_CONVERT(5000), FAULT_TICK_CONVERT(100), 60000, //指令超时告警释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 //DI 2 1策略 STATIC_CHECK, PARAM_COMBINE(kDiType_Do2Feedback, kDiType_Do1Feedback), PARAM_COMBINE(kDiType_Start, kDiType_Start), PARAM_COMBINE(kDiType_End, kDiType_End), //DI 4 3策略 STATIC_CHECK, PARAM_COMBINE(kDiType_Unused, kDiType_Unused), PARAM_COMBINE(kDiType_Start, kDiType_Start), PARAM_COMBINE(kDiType_End, kDiType_End), //DI 6 5类型 STATIC_CHECK, PARAM_COMBINE(kDiType_Unused, kDiType_Unused), PARAM_COMBINE(kDiType_Start, kDiType_Start), PARAM_COMBINE(kDiType_End, kDiType_End), //DI 8 7类型 STATIC_CHECK, PARAM_COMBINE(kDiType_Unused, kDiType_Unused), PARAM_COMBINE(kDiType_Start, kDiType_Start), PARAM_COMBINE(kDiType_End, kDiType_End), //DI 10 9类型 STATIC_CHECK, PARAM_COMBINE(kDiType_Unused, kDiType_Unused), PARAM_COMBINE(kDiType_Start, kDiType_Start), PARAM_COMBINE(kDiType_End, kDiType_End), //DI 2 1类型 STATIC_CHECK, PARAM_COMBINE(kDiPolarity_Open,kDiPolarity_Open),PARAM_COMBINE(kDiPolarity_Start, kDiPolarity_Start), PARAM_COMBINE(kDiPolarity_End, kDiPolarity_End), //DI 4 3类型 STATIC_CHECK, PARAM_COMBINE(kDiPolarity_Open,kDiPolarity_Open),PARAM_COMBINE(kDiPolarity_Start, kDiPolarity_Start), PARAM_COMBINE(kDiPolarity_End, kDiPolarity_End), //DI 6 5类型 STATIC_CHECK, PARAM_COMBINE(kDiPolarity_Open,kDiPolarity_Open),PARAM_COMBINE(kDiPolarity_Start, kDiPolarity_Start), PARAM_COMBINE(kDiPolarity_End, kDiPolarity_End), //DI 8 7类型 STATIC_CHECK, PARAM_COMBINE(kDiPolarity_Open,kDiPolarity_Open),PARAM_COMBINE(kDiPolarity_Start, kDiPolarity_Start), PARAM_COMBINE(kDiPolarity_End, kDiPolarity_End), //DI 10 9类型 STATIC_CHECK, PARAM_COMBINE(kDiPolarity_Open,kDiPolarity_Open),PARAM_COMBINE(kDiPolarity_Start, kDiPolarity_Start), PARAM_COMBINE(kDiPolarity_End, kDiPolarity_End), //DI2 1判定延迟 单位s STATIC_CHECK, PARAM_COMBINE(1,1), PARAM_COMBINE(0,0), PARAM_COMBINE(0xff,0xff), //DI4 3判定延迟 单位s STATIC_CHECK, PARAM_COMBINE(1,1), PARAM_COMBINE(0,0), PARAM_COMBINE(0xff,0xff), //DI6 5判定延迟 单位s STATIC_CHECK, PARAM_COMBINE(1,1), PARAM_COMBINE(0,0), PARAM_COMBINE(0xff,0xff), //DI8 7判定延迟 单位s STATIC_CHECK, PARAM_COMBINE(1,1), PARAM_COMBINE(0,0), PARAM_COMBINE(0xff,0xff), //DI10 9判定延迟 单位s STATIC_CHECK, PARAM_COMBINE(1,1), PARAM_COMBINE(0,0), PARAM_COMBINE(0xff,0xff), //充放电转换依据+自主上下电 STATIC_CHECK, PARAM_COMBINE(kRunStatusBasis_Cur,kRunCtrl_Cmd),PARAM_COMBINE(kRunStatusBasis_Start,kRunCtrl_Start), PARAM_COMBINE(kRunStatusBasis_End,kRunCtrl_End), //充放电模式选择 + 高压控制策略 STATIC_CHECK, PARAM_COMBINE(kChgMode_Start, kDoCtrlStrategy_SameCircuit), PARAM_COMBINE(kChgMode_Start,kDoCtrlStrategy_Statrt), PARAM_COMBINE(kChgMode_End, kDoCtrlStrategy_End), //绝缘采集周期（高）+ 绝缘采集使能(低) STATIC_CHECK, PARAM_COMBINE(10,0), PARAM_COMBINE(0,0), PARAM_COMBINE(0xff,0xff), //充电末端一档降流点 STATIC_CHECK, 3450, 0, 4800, //充电末端二档降流点 STATIC_CHECK, 3500, 0, 4800, //充电末端二档（高）一档（低）降流系数 STATIC_CHECK, PARAM_COMBINE(25,50), PARAM_COMBINE(0,0), PARAM_COMBINE(100,100), STATIC_CHECK, 0, 0, 5000, //禁充电压阈值 STATIC_CHECK, 3200, 2000, 4500, //禁充释放电压 STATIC_CHECK, 0, 0, 5000, //禁放电压阈值 STATIC_CHECK, 3100, 2000, 3800, //禁放释放电压 //70%容量衰减次数 STATIC_UNCHECK_MAX_MIN, 3000, 0, 65535, //70%容量衰减累计容量 STATIC_UNCHECK_MAX_MIN, 0xD140, 0, 65535, STATIC_UNCHECK_MAX_MIN, 0x0C, 0, 65535, STATIC_CHECK, PARAM_COMBINE(0,0), PARAM_COMBINE(0,0), PARAM_COMBINE(255,255), //待机休眠时间 + 低压休眠时间 STATIC_CHECK, PARAM_CONVERT(10,10,0), 0, 65535, //禁放释放延迟 STATIC_CHECK, PARAM_CONVERT(10,10,0), 0, 65535, //禁充释放延迟 STATIC_CHECK, PARAM_COMBINE(PARAM_CONVERT(2,10,0), PARAM_CONVERT(0,10,0)), PARAM_COMBINE(0, 0), PARAM_COMBINE(255, 255), //OCV静置电流(0.1A/bit)+OCV静置时间(0.1h/bit) STATIC_CHECK, PARAM_COMBINE(30, 90), PARAM_COMBINE(0, 0), PARAM_COMBINE(100, 100), ////OCV禁校下限(1%/bit)+上限(1%/bit) STATIC_CHECK, 0, 0, 5000, //强充1电压阈值 STATIC_CHECK, 0, 0, 5000, //强充2电压阈值 STATIC_CHECK, PARAM_COMBINE(5,10), PARAM_COMBINE(0,0), PARAM_COMBINE(255,255), //强充2_1请求电流 STATIC_CHECK, PARAM_COMBINE(4,3), PARAM_COMBINE(0,0), PARAM_COMBINE(11, 11), //DO2_DO1故障检测源 STATIC_CHECK, PARAM_COMBINE(0,0), PARAM_COMBINE(0,0), PARAM_COMBINE(11, 11), //DO4_DO3故障检测源 STATIC_CHECK, PARAM_COMBINE(0,0), PARAM_COMBINE(0,0), PARAM_COMBINE(11, 11), //DO6_DO5故障检测源 STATIC_CHECK, PARAM_COMBINE(0,0), PARAM_COMBINE(0,0), PARAM_COMBINE(11, 11), //DO8_DO7故障检测源 STATIC_CHECK, PARAM_COMBINE(0,0), PARAM_COMBINE(0,0), PARAM_COMBINE(0xff,0xff), //SOP表索引 + OCV表索引 //T2高温 STATIC_CHECK, PARAM_CONVERT(60,10,50), PARAM_CONVERT(30,10,50), PARAM_CONVERT(100,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(50,10,50), PARAM_CONVERT(15,10,50), PARAM_CONVERT(100,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 //T2低温 STATIC_CHECK, PARAM_CONVERT(-5,10,50), PARAM_CONVERT(-30,10,50), PARAM_CONVERT(10,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(-2,10,50), PARAM_CONVERT(-25,10,50), PARAM_CONVERT(10,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(100, 10, 0), PARAM_CONVERT(1, 10, 0), PARAM_CONVERT(2000, 10, 0), //额定充电功率 STATIC_CHECK, PARAM_CONVERT(100, 10, 0), PARAM_CONVERT(1, 10, 0), PARAM_CONVERT(2000, 10, 0), //额定放电功率 STATIC_CHECK, kACMode_Auto, kACModel_Start, kACMode_End, //请求设定空调模式 STATIC_CHECK, PARAM_CONVERT(25,10,50), PARAM_CONVERT(-50,10,50), PARAM_CONVERT(35,10,50), //请求设定空调温度 STATIC_CHECK, 2950, 0, 4000, //SOC过放校准平均电压 STATIC_CHECK, 3450, 1000, 4000, //SOC过充校准平均电压 STATIC_CHECK, 20, 1, 255, //2级过流(0.1min/bit)切断延时 //极柱过温故障1级 STATIC_CHECK, PARAM_CONVERT(50,10,50), PARAM_CONVERT(0,10,50), PARAM_CONVERT(150,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(45,10,50), PARAM_CONVERT(0,10,50), PARAM_CONVERT(150,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 //极柱过温故障2级 STATIC_CHECK, PARAM_CONVERT(60,10,50), PARAM_CONVERT(0,10,50), PARAM_CONVERT(150,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(55,10,50), PARAM_CONVERT(0,10,50), PARAM_CONVERT(150,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 //极柱过温故障3级 STATIC_CHECK, PARAM_CONVERT(70,10,50), PARAM_CONVERT(0,10,50), PARAM_CONVERT(150,10,50), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(65,10,50), PARAM_CONVERT(0,10,50), PARAM_CONVERT(150,10,50), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 //温升故障1级 STATIC_CHECK, PARAM_CONVERT(1,10,0), PARAM_CONVERT(0,10,0), PARAM_CONVERT(150,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(0,10,0), PARAM_CONVERT(0,10,0), PARAM_CONVERT(150,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 //温升故障2级 STATIC_CHECK, PARAM_CONVERT(2,10,0), PARAM_CONVERT(0,10,0), PARAM_CONVERT(150,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1,10,0), PARAM_CONVERT(0,10,0), PARAM_CONVERT(150,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 //温升故障3级 STATIC_CHECK, PARAM_CONVERT(3,10,0), PARAM_CONVERT(0,10,0), PARAM_CONVERT(150,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(2,10,0), PARAM_CONVERT(0,10,0), PARAM_CONVERT(150,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmBan), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd), //降流百分比%+故障处理 //电池箱过压 STATIC_CHECK, PARAM_CONVERT(177.5,10,0), PARAM_CONVERT(16,10,0), PARAM_CONVERT(240,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(172.5,10,0), PARAM_CONVERT(16,10,0), PARAM_CONVERT(240,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(180,10,0), PARAM_CONVERT(16,10,0), PARAM_CONVERT(240,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(175,10,0), PARAM_CONVERT(16,10,0), PARAM_CONVERT(240,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(182.5,10,0), PARAM_CONVERT(16,10,0), PARAM_CONVERT(240,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(177.5,10,0), PARAM_CONVERT(16,10,0), PARAM_CONVERT(240,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //电池箱欠压 STATIC_CHECK, PARAM_CONVERT(142.5,10,0), PARAM_CONVERT(16,10,0), PARAM_CONVERT(230,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(147.5,10,0), PARAM_CONVERT(16,10,0), PARAM_CONVERT(230,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(140,10,0), PARAM_CONVERT(16,10,0), PARAM_CONVERT(230,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(145,10,0), PARAM_CONVERT(16,10,0), PARAM_CONVERT(230,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(137.5,10,0), PARAM_CONVERT(16,10,0), PARAM_CONVERT(230,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(142.5,10,0), PARAM_CONVERT(16,10,0), PARAM_CONVERT(230,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //SOC过高（0.1%） STATIC_CHECK, PARAM_CONVERT(90,100,0), PARAM_CONVERT(0,100,0), PARAM_CONVERT(100,100,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(85,100,0), PARAM_CONVERT(0,100,0), PARAM_CONVERT(100,100,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(95,100,0), PARAM_CONVERT(0,100,0), PARAM_CONVERT(100,100,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(90,100,0), PARAM_CONVERT(0,100,0), PARAM_CONVERT(100,100,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(100,100,0), PARAM_CONVERT(0,100,0), PARAM_CONVERT(100,100,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(95,100,0), PARAM_CONVERT(0,100,0), PARAM_CONVERT(100,100,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //SOP充电过流（0.1倍系数） STATIC_CHECK, PARAM_CONVERT(1.2,10,0), PARAM_CONVERT(0,10,0), PARAM_CONVERT(20,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1,10,0), PARAM_CONVERT(0,10,0), PARAM_CONVERT(20,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(100, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(1.25,10,0), PARAM_CONVERT(0,10,0), PARAM_CONVERT(20,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1.1,10,0), PARAM_CONVERT(0,10,0), PARAM_CONVERT(20,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmWarn), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 STATIC_CHECK, PARAM_CONVERT(1.3,10,0), PARAM_CONVERT(0,10,0), PARAM_CONVERT(20,10,0), //故障值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //故障延时 STATIC_CHECK, PARAM_CONVERT(1.2,10,0), PARAM_CONVERT(0,10,0), PARAM_CONVERT(20,10,0), //释放值 STATIC_CHECK, FAULT_TICK_CONVERT(3000), FAULT_TICK_CONVERT(100), 60000, //释放延时 STATIC_CHECK, PARAM_COMBINE(0, kAlarmCut), PARAM_COMBINE(0, kAlarmStart), PARAM_COMBINE(100, kAlarmEnd),//降流百分比%+故障处理 //故障次数31 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留1 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留2 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留3 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留4 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留5 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留6 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留7 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留8 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留9 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留10 //故障次数41 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留1 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留2 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留3 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留4 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留5 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留6 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留7 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留8 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留9 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留10 //故障次数51 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留1 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留2 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留3 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留4 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留5 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留6 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留7 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留8 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留9 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留10 //故障次数61 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留1 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留2 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留3 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留4 //预留0 STATIC_UNCHECK_MAX_MIN, 15000, 0x0000, 0xFFFF, //满充校准总压 STATIC_UNCHECK_MAX_MIN, 5000, 0x0000, 0xFFFF, //满放校准总压 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //开关使能 STATIC_CHECK, PARAM_COMBINE(0, 1), PARAM_COMBINE(0, 1), PARAM_COMBINE(1, 0xFF), //环境温度检测通道 + 环境温度温感类型 STATIC_CHECK, PARAM_COMBINE(0,20), PARAM_COMBINE(0,0), PARAM_COMBINE(0xFF,0xFF), //分闸断开延时 + Bcu分励断开延时 0.1s STATIC_CHECK, PARAM_COMBINE(0,10), PARAM_COMBINE(0,0), PARAM_COMBINE(255,0xFF), //预留 + 安全链断开延时 0.1s STATIC_CHECK, PARAM_CONVERT(50,10,50), PARAM_CONVERT(0,10,50), PARAM_CONVERT(100,10,50), //风扇全速温度 STATIC_CHECK, 10, 0x000A, 0xFFFF, //断开继电器电流阈值 STATIC_CHECK, PARAM_COMBINE(100, 0), PARAM_COMBINE(0, 0), PARAM_COMBINE(100, 100), //SOC运行上限 + SOC运行下限 STATIC_CHECK, 0x0000, 0x0000, 0xFFFF, //从机采集顺序 //预留11 STATIC_CHECK, PARAM_COMBINE(0, 0), PARAM_COMBINE(0, 0), PARAM_COMBINE(1, 1), //是否存在MSD + MSD极性 STATIC_CHECK, 0x0000, 0x0000, 0xFFFF, //自耗电电流 分辨率0.001A STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留3 模拟前端1极柱温感位置 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留4 模拟前端2极柱温感位置 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留5 模拟前端3极柱温感位置 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留6 模拟前端4极柱温感位置 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留7 485通道TCP使能 STATIC_CHECK, 50, 0x0000, 0xFFFF, //预留8 预充环流搭建压差 STATIC_CHECK, 10, 0x0000, 0xFFFF, //预留9 预充搭接压差满足时间 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留10 //预留21 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留1 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留2 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留3 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留4 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留5 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留6 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留7 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留8 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留9 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留10 //预留31 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留1 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留2 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留3 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留4 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留5 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留6 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留7 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留8 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留9 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留10 //预留41 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留1 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留2 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留3 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留4 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留5 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留6 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留7 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留8 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留9 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留10 //Gate0 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留1 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留2 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留3 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留4 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留5 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留6 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留7 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留8 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留9 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留10 //Gate11 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留1 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留2 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留3 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留4 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留5 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留6 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留7 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留8 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留9 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留10 //Gate21 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留1 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留2 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留3 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留4 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留5 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留6 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留7 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留8 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留9 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留10 //Gate31 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留1 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留2 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留3 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留4 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留5 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留6 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留7 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留8 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留9 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留10 //Gate41 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留1 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留2 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留3 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留4 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留5 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留6 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留7 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留8 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留9 STATIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //预留10 //eeeprom //soc DAYNMIC_CHECK, 0, 0, 1, //电池循环次数更新标志 DAYNMIC_CHECK, 0, 0x0000, 0xFFFF, //电池循环次数 DAYNMIC_CHECK, 5000, 0, 10000, //SOC DAYNMIC_CHECK, 5000, 0, 10000, //SOE DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //日充放电累计时间 DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //累计放电时间 DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //下电时间 DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, //reserved1-10 DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_CHECK, 1000, 0x0000, 0xFFFF, //目标电流 DAYNMIC_CHECK, 1000, 0x0000, 0xFFFF, //目标电流 DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, DAYNMIC_UNCHECK_MAX_MIN, 0x0000, 0x0000, 0xFFFF, NONE_CHECK, PARAM_COMBINE(2,2), PARAM_COMBINE(0,0), PARAM_COMBINE(2,2), //继电器强控 NONE_CHECK, PARAM_COMBINE(2,2), PARAM_COMBINE(0,0), PARAM_COMBINE(2,2), NONE_CHECK, PARAM_COMBINE(2,2), PARAM_COMBINE(0,0), PARAM_COMBINE(2,2), NONE_CHECK, PARAM_COMBINE(2,2), PARAM_COMBINE(0,0), PARAM_COMBINE(2,2), }; FLASH_STATIC_INIT(eeprom_flash, 1, 4); EEPROM_STATIC_INIT_CCM(eeprom_item, data_format, kEEDataIdx_End, &eeprom_flash); /********************************************************************************************* 1.F4xx系列单片机页分布：16K 16K 16K 16K 64K 128K 128K 128K 128K 128K 128K 2.对于F4xx系列单片机，由于单个page较大，故将主区与校验区放在一个page中 +-------+-------+-------+-------+-------+-------+-------+-------+-------+ | | | | | | | | | | | 备份区| S主区 |校验区 | S副区 | 校验 | D主区 | D副区 | | | |（无） | | | | 副区 | | | | | | | | | | | | | | | 0x4000 0x6000 0x8000 0xA000 0xC000 0x10000 | P1(16K) | P2(16K) |P3(16K)|P4(64K)| +-------+-------+-------+-------+-------+-------+-------+-------+-------+ **********************************************************************************************/ void bms_init_eeprom(void) { if(bsp_eeprom_init(&eeprom_item, 0, 1, 1, APP_CFG_EEPROM_START_ADDR) == false) { bms_set_fault_level(kFaultCode_Eeprom, kFaultLevel_Third, kFaultHandle_CutNoRelIdx); } } void bms_pwr_off_save(void) { uint32_t i, cnt = 0, tmp_32u; EepromPoData data[30]; drv_gpio_set_pin_status(kGpioType_IsoEnSw, kGpioStatus_Low); drv_gpio_set_pin_status(kGpioType_IsoPosSw, kGpioStatus_Low); drv_gpio_set_pin_status(kGpioType_IsoNegSw, kGpioStatus_Low); tmp_32u = bms_get_cycle_flag() | (bms_get_stat_day() << 8); data[cnt++].value = (kEEData_StatDay_CycleTimesFlag << 16) | ((uint16_t)tmp_32u); data[cnt++].value = (kEEData_SOC << 16) | ((uint16_t)bms_get_soc()); data[cnt++].value = (kEEData_SOE << 16) | ((uint16_t)bms_get_soc()); data[cnt++].value = (kEEData_CycleTimes << 16) | ((uint16_t)bms_get_cycle()); tmp_32u = kit_time_get_rtc_stamp(); data[cnt++].value = (kEEData_PowerOffTimeL << 16) | ((uint16_t)tmp_32u); data[cnt++].value = (kEEData_PowerOffTimeH << 16) | ((uint16_t)(tmp_32u >> 16)); tmp_32u = bms_get_cumulate_data(kCumulateData_DayDisTime); tmp_32u |= bms_get_cumulate_data(kCumulateData_DayChgTime) << 8; data[cnt++].value = (kEEData_DayChg_DisTime << 16) | ((uint16_t)tmp_32u); for(i = 0; i < 10; i++) { tmp_32u = bms_get_cumulate_data((CumulateData)(kCumulateData_DayDisCap + i)); data[cnt++].value = ((kEEData_DayDisCapL + (i << 1)) << 16) | (uint16_t)tmp_32u; data[cnt++].value = ((kEEData_DayDisCapH + (i << 1)) << 16) | (uint16_t)(tmp_32u >> 16); } data[cnt++].value = (kEE_IsSoftReset << 16) | 0; bsp_eeprom_power_off_save_data(data, cnt); bms_uninit_log(); } void bms_soft_reset_save(SoftReset type, uint8_t *buf, uint16_t len) { uint32_t i, cnt = 0, tmp_32u; EepromPoData data[30]; tmp_32u = bms_get_cycle_flag() | (bms_get_stat_day() << 8); data[cnt++].value = (kEEData_StatDay_CycleTimesFlag << 16) | ((uint16_t)tmp_32u); data[cnt++].value = (kEEData_SOC << 16) | ((uint16_t)bms_get_soc()); data[cnt++].value = (kEEData_SOE << 16) | ((uint16_t)bms_get_soc()); data[cnt++].value = (kEEData_CycleTimes << 16) | ((uint16_t)bms_get_cycle()); tmp_32u = kit_time_get_rtc_stamp(); data[cnt++].value = (kEEData_PowerOffTimeL << 16) | ((uint16_t)tmp_32u); data[cnt++].value = (kEEData_PowerOffTimeH << 16) | ((uint16_t)(tmp_32u >> 16)); tmp_32u = bms_get_cumulate_data(kCumulateData_DayDisTime); tmp_32u |= bms_get_cumulate_data(kCumulateData_DayChgTime) << 8; data[cnt++].value = (kEEData_DayChg_DisTime << 16) | ((uint16_t)tmp_32u); for(i = 0; i < 10; i++) { tmp_32u = bms_get_cumulate_data((CumulateData)(kCumulateData_DayDisCap + i)); data[cnt++].value = ((kEEData_DayDisCapL + (i << 1)) << 16) | (uint16_t)tmp_32u; data[cnt++].value = ((kEEData_DayDisCapH + (i << 1)) << 16) | (uint16_t)(tmp_32u >> 16); } data[cnt++].value = (kEE_IsSoftReset << 16) | type | (bms_get_circuit_status(kCircuitType_Main) == kCircuitStatus_On) << 8; bsp_eeprom_power_off_save_data(data, cnt); bms_write_event(300, type, false); bms_uninit_log(); }