ctnd/platform/device/pcs/sh/pws1.h

#ifndef __PWS1_H__
#define __PWS1_H__

#define PWS1_NBR_MAX (1)

enum pws1_cmd_t{
    CMD_pws1_set_dev_aps = 0,
    CMD_pws1_set_dev_startcmd,
    CMD_pws1_set_dev_stopcmd,
    CMD_pws1_set_dev_idlecmd,
    CMD_pws1_set_dev_resetcmd,
};

enum pws1_runstat_t{
    PWS1_RUNSTAT_PCS_INIT = 0,
    PWS1_RUNSTAT_INIT = 1,
    PWS1_RUNSTAT_STOP = 2,
    PWS1_RUNSTAT_IDLE,
    PWS1_RUNSTAT_DHG,
    PWS1_RUNSTAT_CHG,
    PWS1_RUNSTAT_UNKOWNING,
};

enum pws1_runmod_t{
    PWS1_RUNMOD_ONGRID = 0,
    PWS1_RUNMOD_OFFGRID = 1,
    PWS1_RUNMOD_UNKOWNING,
};

enum pws1_dispatch_t{
    PWS1_DISPATCH_MODE_AC = 0,
    PWS1_DISPATCH_MODE_DC = 1,
    PWS1_DISPATCH_MODE_STRING = 2,
};

enum pws1_ac_power_control_mode_t{
    PWS1_AC_POWER_CONTROL_MODE_FIX_AC_POWER = 0,
    PWS1_AC_POWER_CONTROL_MODE_V_W,
    PWS1_AC_POWER_CONTROL_MODE_F_W,
    PWS1_AC_POWER_CONTROL_MODE_VW_FW,
};

enum pws1_cmd_src_t{
    PWS1_CMD_SRC_LOCAL_MAN = 0,
    PWS1_CMD_SRC_LOCAL_AUTO = 1,
    PWS1_CMD_SRC_REMOTE = 2,
    PWS1_CMD_SRC_UNKOWNING = 3,
};

typedef union
{
    /* data */
    unsigned short value;
    struct {
        unsigned short ac_bus_ov:1;                     //bit0  Fault
        unsigned short ac_bus_of:1;                     //bit1  Fault
        unsigned short ac_bus_uv:1;                     //bit2  Fault
        unsigned short ac_island_pro:1;                 //bit3  Fault
        unsigned short dc_input_ov:1;                   //bit4  Fault
        unsigned short on_off_grid_tog:1;               //bit5  Fault
        unsigned short ac_phase_revers:1;               //bit6  Fault
        unsigned short dc_input_uv:1;                   //bit7  Fault
        unsigned short overload_alarm:1;                //bit8  alarm
        unsigned short ac_bus_v_abnormal:1;             //bit9  Fault
        unsigned short ac_phase_lost:1;                 //bit10 Fault
        unsigned short ac_bus_v_asym:1;                 //bit11 Fault
        unsigned short ac_bus_u_fre:1;                  //bit12 Fault
        unsigned short bat_under_energy:1;              //bit13 Fault
        unsigned short dc_input_oc:1;                   //bit14 Fault
        unsigned short offgrid_v_phase_rever:1;         //bit15 Fault
    }bits_val;
}PWS1_STATUS0;

typedef union
{
    /* data */
    unsigned short value;
    struct {
        unsigned short pll_fault:1;                     //bit0  Fault
        unsigned short ambient_ot:1;                    //bit1  Alarm
        unsigned short ambient_temp_sensor:1;           //bit2  Fault
        unsigned short cabinet_temp_sensor:1;           //bit3  Fault
        unsigned short cabinet_ot:1;                    //bit4  Fault
        unsigned short offgrid_v_phase_lost:1;          //bit5  Fault
        unsigned short ac_current_harmonic_abmormal:1;  //bit6  Fault
    }bits_val;
}PWS1_STATUS1;

typedef union
{
    /* data */
    unsigned short value;
    struct {
        unsigned short aux_24v_power_fault:1;                       //bit0  Fault
        unsigned short emergency_stop:1;                            //bit1  Fault
        unsigned short ground_fault:1;                              //bit2  Fault
        unsigned short dc_bus_ov:1;                                 //bit3  Fault
        unsigned short module_ot:1;                                 //bit4  Fault
        unsigned short module_current_asy:1;                        //bit5  Fault
        unsigned short fan_fault:1;                                 //bit6  Fault
        unsigned short dc_relay_open_circuit:1;                     //bit7  Fault
        unsigned short Cali_param_abnormal:1;                       //bit8  alarm
        unsigned short bus_v_unbalanced:1;                          //bit9  Fault
        unsigned short fuse_blown:1;                                //bit10 Fault
        unsigned short dsp_init_fault:1;                            //bit11 Fault
        unsigned short dc_soft_start_failed:1;                      //bit12 Fault
        unsigned short CANA_comm:1;                                 //bit13 Fault
        unsigned short dc_input_rever:1;                            //bit14 Fault
        unsigned short ac_current_dc_component_abnormal:1;          //bit15 Fault
    }bits_val;
}PWS1_STATUS2;

typedef union
{
    /* data */
    unsigned short value;
    struct {
        unsigned short transf_ot:1;                                 //bit0  Fault
        unsigned short u2_comm2:1;                                  //bit1  alarm
        unsigned short bms_or_swithoff:1;                           //bit2  Fault
        unsigned short SPD_fault:1;                                 //bit3  alarm
        unsigned short over_load_timeout:1;                         //bit4  Fault
        unsigned short ac_soft_start_fault:1;                       //bit5  Fault
        unsigned short syn_sig1:1;                                //bit6  Fault
        unsigned short dps_version:1;                               //bit7  Fault
        unsigned short ac_relay_open_circuit:1;                     //bit8  Fault
        unsigned short sample_zero:1;                               //bit9  alarm
        unsigned short u2_comm1:1;                                  //bit10 alarm
        unsigned short aux_15v_power:1;                             //bit11 Fault
        unsigned short module_id_re:1;                              //bit12 Fault
        unsigned short rs485_comm:1;                                //bit13 Fault
        unsigned short CANB_comm:1;                                 //bit14 Fault
        unsigned short restart_too_much:1;                          //bit15 Fault
    }bits_val;
}PWS1_STATUS3;

typedef union
{
    /* data */
    unsigned short value;
    struct {
        unsigned short CPLD_version:1;                                  //bit0  Fault
        unsigned short HW_version:1;                                    //bit1  Fault
        unsigned short dc_relay_short_circuit:1;                        //bit2  Fault
        unsigned short dc_bus_uv:1;                                     //bit3  Fault
        unsigned short ac_relay_short_circuit:1;                        //bit4  Fault
        unsigned short syn_sig2:1;                                      //bit5  Fault
        unsigned short param_mismatch:1;                                //bit6  Fault
        unsigned short CANC_comm:1;                                     //bit7  alarm
        unsigned short ambient_oh:1;                                    //bit8  Fault
        unsigned short bms_ov:1;                                        //bit9  Fault
        unsigned short bms_c_abnormal:1;                                //bit10 Fault
        unsigned short bms_t_abmormal:1;                                //bit11 Fault
        unsigned short bms_shutdown:1;                                  //bit12 Fault
        unsigned short insulation_detection:1;                          //bit13 Fault
        unsigned short hw_sample_abnormal:1;                            //bit14 Fault
        unsigned short remote_lost:1;                                   //bit15 Fault
    }bits_val;
}PWS1_STATUS4;

typedef union
{
    /* data */
    unsigned short value;
    struct {
        unsigned short reseve:4;                                  
        unsigned short PE_N_contactor_short:1;                          //bit4  Fault
        unsigned short PE_N_contactor_open:1;                           //bit5  Fault
        unsigned short N_contractor_short:1;                            //bit6  Fault
        unsigned short N_contractor_open:1;                             //bit7  Fault
        unsigned short grid_access:1;                                   //bit8  switch
        unsigned short grid_powerdown:1;                                //bit9  switch
        unsigned short grid_voltage_distortion:1;                       //bit10 switch
        unsigned short input_dry_contact4:1;                            //bit11 Fault
        unsigned short input_dry_contact5:1;                            //bit12 alarm
    }bits_val;
}PWS1_STATUS9;

typedef union
{
    unsigned short value;
    struct {
        unsigned short on_off_status:1;//ac模块组：起停状态 0:stop,1:running
        unsigned short reserv:1;
        unsigned short on_grid_status:1;//ac模块组：并网状态 0:false,1:true
        unsigned short off_grid_status:1;//ac模块组：离网状态 0:false,1:true
        unsigned short startup_status:1;//ac模块组：启动中状态 0:false,1:true
        unsigned short reserv1:4;
        unsigned short local_manual_ctl:1;//本地手动控制状态 0:false,1:true
        unsigned short local_auto_ctl:1;//本地自动控制状态 0:false,1:true
        unsigned short remote_control:1;//远程控制状态 0:false,1:true
    }bits_val;
}PWS1_STATUS10;

typedef union
{
    unsigned short value;
    struct {
        unsigned short reserv:4;//
        unsigned short droop_status:1;//下垂状态 0:false;1:true
        unsigned short quasi_sysnch_status:1;//准同期状态 0:false;1:true
        unsigned short reserv1:2;
        unsigned short ac_switch_closed:1;//交流开关闭合 0:open;1:close
        unsigned short alarm_status:1;//告警状态 0:false;1:true
        unsigned short faults_status:1;//故障状态 0:false;1:true
        unsigned short reserv2:1;//
        unsigned short pcs_init_status:1;//pcs初始化状态 0:unfinished;1:finished
    }bits_val;
}PWS1_STATUS11;

typedef union
{
    unsigned short value;
    struct {
        unsigned short string1_bt_fully_chg:1;//0:false;1:true
        unsigned short string1_bt_empty_dhg:1;//0:false;1:true
        unsigned short string1_chg:1;//0:false;1:true
        unsigned short string1_dhg:1;//0:false;1:true
        unsigned short reserve:2;//0:false;1:true
        unsigned short string1_bt_constant_v_top_chg:1;//0:false;1:true
        unsigned short string1_bt_constant_v_float_chg:1;//0:false;1:true
    }bits_val;
}PWS1_STATUS13;

typedef union
{
    unsigned short value;
    struct {
        unsigned short ac_module1_online:1;//ac模块组1在线,0:false;1:true
        unsigned short ac_module2_online:1;//ac模块组2在线,0:false;1:true
        unsigned short ac_module3_online:1;//ac模块组3在线,0:false;1:true
        unsigned short ac_module4_online:1;//ac模块组4在线,0:false;1:true
        unsigned short ac_module5_online:1;//ac模块组5在线,0:false;1:true
        unsigned short ac_module6_online:1;//ac模块组6在线,0:false;1:true
        unsigned short ac_module7_online:1;//ac模块组7在线,0:false;1:true
        unsigned short ac_module8_online:1;//ac模块组8在线,0:false;1:true
        unsigned short ac_module9_online:1;//ac模块组9在线,0:false;1:true
        unsigned short ac_module10_online:1;//ac模块组10在线,0:false;1:true
        unsigned short rack_func_board_online:1;//机架功能板在线,0:false;1:true
    }bits_val;
}PWS1_STATUS25;

typedef union
{
    unsigned short value;
    struct {
        unsigned short ac_module1_running:1;//ac模块组1运行,0:false;1:true
        unsigned short ac_module2_running:1;//ac模块组2运行,0:false;1:true
        unsigned short ac_module3_running:1;//ac模块组3运行,0:false;1:true
        unsigned short ac_module4_running:1;//ac模块组4运行,0:false;1:true
        unsigned short ac_module5_running:1;//ac模块组5运行,0:false;1:true
        unsigned short ac_module6_running:1;//ac模块组6运行,0:false;1:true
        unsigned short ac_module7_running:1;//ac模块组7运行,0:false;1:true
        unsigned short ac_module8_running:1;//ac模块组8运行,0:false;1:true
        unsigned short ac_module9_running:1;//ac模块组9运行,0:false;1:true
        unsigned short ac_module10_running:1;//ac模块组10运行,0:false;1:true
    }bits_val;
}PWS1_STATUS27;

typedef union
{
    unsigned short value;
    struct {
        unsigned short ac_module1_alarm:1;//ac模块组1报警,0:false;1:true
        unsigned short ac_module2_alarm:1;//ac模块组2报警,0:false;1:true
        unsigned short ac_module3_alarm:1;//ac模块组3报警,0:false;1:true
        unsigned short ac_module4_alarm:1;//ac模块组4报警,0:false;1:true
        unsigned short ac_module5_alarm:1;//ac模块组5报警,0:false;1:true
        unsigned short ac_module6_alarm:1;//ac模块组6报警,0:false;1:true
        unsigned short ac_module7_alarm:1;//ac模块组7报警,0:false;1:true
        unsigned short ac_module8_alarm:1;//ac模块组8报警,0:false;1:true
        unsigned short ac_module9_alarm:1;//ac模块组9报警,0:false;1:true
        unsigned short ac_module10_alarm:1;//ac模块组10报警,0:false;1:true
        unsigned short rack_func_board_alarm:1;//机架功能板报警,0:false;1:true
    }bits_val;
}PWS1_STATUS29;

typedef union
{
    unsigned short value;
    struct {
        unsigned short ac_module1_fault:1;//ac模块组1故障,0:false;1:true
        unsigned short ac_module2_fault:1;//ac模块组2故障,0:false;1:true
        unsigned short ac_module3_fault:1;//ac模块组3故障,0:false;1:true
        unsigned short ac_module4_fault:1;//ac模块组4故障,0:false;1:true
        unsigned short ac_module5_fault:1;//ac模块组5故障,0:false;1:true
        unsigned short ac_module6_fault:1;//ac模块组6故障,0:false;1:true
        unsigned short ac_module7_fault:1;//ac模块组7故障,0:false;1:true
        unsigned short ac_module8_fault:1;//ac模块组8故障,0:false;1:true
        unsigned short ac_module9_fault:1;//ac模块组9故障,0:false;1:true
        unsigned short ac_module10_fault:1;//ac模块组10故障,0:false;1:true
        unsigned short rack_func_board_fault:1;//机架功能板故障,0:false;1:true
    }bits_val;
}PWS1_STATUS31;

struct pws1_t{

    //int chan_idx;
    char szinfo[32];
    char szmodel[32];
    int model;
    //int adr; // modbus rtu addr, by cfg

    struct tick_t bsytik;
    struct power_t pow;
    struct comm_t comm;
    //struct dac_t dac;
    struct statemachine_t sm;
    int cmd; // sm cmd

//read only
    //ac_group fault and alarm
    PWS1_STATUS0 status0;//53000
    PWS1_STATUS1 status1;//53001
    PWS1_STATUS2 status2;//53002
    PWS1_STATUS3 status3;//53003
    PWS1_STATUS4 status4;//53004
    PWS1_STATUS9 status9;//53009
    PWS1_STATUS10 status10;//53010
    PWS1_STATUS11 status11;//53011
    PWS1_STATUS13 status13;//53013
    PWS1_STATUS25 status25;//53025
    PWS1_STATUS27 status27;//53027
    PWS1_STATUS29 status29;//53029
    PWS1_STATUS31 status31;//53031

    int runState;
    char szrunState[40];//

    int runMode;
    char szrunMode[40];

    int cmdSrc;
    char szcmdSrc[40];

    int DCbrokerState;
    char szDCbrokerState[40];

    int errstatus;
    int alarmstatus;

    
    double Uab;
    double Ubc;
    double Uca;

    double Ia;
    double Ib;
    double Ic;

    double grid_freq;

    double Pa;
    double Pb;
    double Pc;

    double Qa;
    double Qb;
    double Qc;

    double Sa;
    double Sb;
    double Sc;

    double Pfa;
    double Pfb;
    double Pfc;

    double module_temp;
    double ambient_temp;

    double Ps;
    double Qs;
    double Ss;
    double Pfs;

    unsigned int chg_accu_energy_ac;
    unsigned int dhg_accu_energy_ac;

    double operate_capacity_max;

    int chg_daily_energy_ac;
    int dhg_daily_energy_ac;

    double Pdc;
    double Udc;
    double Idc;

    unsigned int chg_accu_energy_dc;
    unsigned int dhg_accu_energy_dc;

    char CabSN[30];

    unsigned short MonitorSoftInerCode;
    unsigned short ACsoftInerCode;
    unsigned short U2softInerCode;
    unsigned short softwareV;

    //rw data---------------------------------------------------------------------------------------------------------------------------
    unsigned short grid_mode;//ongrid or off grid
    char szgrid_mode[20];

    unsigned short energy_dispatching_mode;
    char szEnergy_dispatching_mode[40];

    unsigned short start_up_mode;
    char szStart_up_mode[40];

    unsigned short reactive_power_cotrol_mode;

    double Pf_setpoint;//   reg * 0.01

    double active_p_set;//  reg * 0.1
    double reactive_p_set;// reg * 0.1
    
    unsigned short power_change_mode; 
    char szPower_change_mode[40];

    unsigned short grid_reconnect_delay;
    double offgrid_ac_voltage_regulation;// reg * 0.01
    double offgrid_ac_freq_regulation;

    unsigned short FVRT_limit_fun;
    unsigned short FVRT_fun_enable;
    unsigned short anti_islanding_enable;

    unsigned short offgrid_ac_vol_startup_mode;
    char szOffgrid_ac_vol_startup_mode[40];

    unsigned short active_power_control_mode;
    char szActive_power_control_mode[40];

    double RR_normal_ramp_rate;
    double SS_soft_start_ramp_rate;

    unsigned short dc_control_mode;
    char szDc_control_mode[40];
    double dc_current_set;//reg*0.1
    double dc_pset;//reg*0.1
    double dc_lower_v_threshold;//reg * 0.1
    double dc_end_of_dhg_v;//reg * 0.1

    double top_chg_v;//reg * 0.1
    double end_of_chg_current;//reg * 0.1
    
    double max_chg_current;//reg * 0.1
    double max_dhg_current;//reg * 0.1

    double ov_region1_boundary;
    double ov_region1_trip_time;
    double ov_region2_boundary;
    double ov_region2_trip_time;

    double uv_region1_boundary;
    double uv_region1_trip_time;
    double uv_region2_boundary;
    double uv_region2_trip_time;

    double of_region1_boundary;
    double of_region1_trip_time;
    double of_region2_boundary;
    double of_region2_trip_time;

    double uf_region1_boundary;
    double uf_region1_trip_time;
    double uf_region2_boundary;
    double uf_region2_trip_time;

    unsigned short stop_insuation_detection;

    unsigned short year;
    unsigned short month;
    unsigned short day;
    unsigned short hour;
    unsigned short minute;
    unsigned short second;

    unsigned short bms_comm_time_out;
    unsigned short rs485_comm_time_out;
    unsigned short tcp_comm_time_out;


    unsigned short sys_start;
    unsigned short sys_stop;
    unsigned short sys_clear_faults;

};
extern struct pws1_t pws1[PWS1_NBR_MAX + 1];

int pws1_init();
int pws1_send_sm_cmd( int idx, int cmd );
int pws1_get_ap( int idx );
int pws1_get_errstat( int idx );
double pws1_get_uab( int idx );
double pws1_get_ubc( int idx );
double pws1_get_uca( int idx );
double pws1_get_ia( int idx );
double pws1_get_ib( int idx );
double pws1_get_ic( int idx );

int pws1_get_state( int idx );
int pws1_get_step( int idx );
int pws1_get_tick( int idx );
double pws1_get_tick_ave( int idx );
double pws1_get_tick_cur( int idx );
double pws1_get_tick_max( int idx );
char* pws1_get_state_str( int idx );
char* pws1_get_err_str( int idx );
int pws1_chk_state( int idx, int stat );
//int pws1_load_params( int idx );
int pws1_set_aps( int idx, int aps);
int pws1_get_aps(int idx);
int pws1_reset_aps(int idx);
int pws1_get_runstat( int idx );
//char* pws1_get_runstat_str( int idx );
int pws1_get_dcv( int idx );
int pws1_get_dcc( int idx );
//int pws1_get_dc_dfp( int idx );
//int pws1_set_dev_startcmd( int idx );
//int pws1_set_dev_stopcmd( int idx );
//int pws1_set_dev_idlecmd( int idx );
//int pws1_set_dev_resetcmd( int idx );
int pws1_reset_bsytikchk(int idx);
int pws1_is_bsytikchk_timeout(int idx);
int pws1_set_bsytikchk_en(int idx, int val);
int pws1_get_bsytikchk_en(int idx);
int pws1_get_bsytikchk_from_host(int idx);
int pws1_set_bsytik(int idx);
int pws1_get_dev_aps( int idx );
int pws1_get_cmd( int idx );
void pws1_reset_cmd( int idx );
int pws1_is_aps_changed(int idx);
int pws1_get_last_aps(int idx);
int pws1_set_dac_param_en(int idx, int val);
//double pws1_get_gridv( int idx );
//double pws1_get_gridc( int idx );
int pws1_get_comm_st(int idx);
int pws1_get_runmod( int idx );
int pws1_get_chan_idx(int idx);
int pws1_get_adr(int idx);
char* pws1_get_comm_state_str(int idx);
double pws1_get_dac_ave(int idx);
double pws1_get_dac_cur(int idx);
double pws1_get_dac_max(int idx);
// int pws1_get_dc_ovp( int idx );
// int pws1_get_dc_uvp( int idx );
// int pws1_get_env_otp( int idx );
// int pws1_get_reactor_otp( int idx );
// int pws1_get_igbt_otp( int idx );
double pws1_get_grid_freq( int idx );
int pws1_get_dcp( int idx );
// int pws1_get_breaker_ac( int idx );
// int pws1_get_breaker_dc( int idx );
// int pws1_get_dcbuf_cont( int idx );
// unsigned short* pws1_get_faults(int idx);
// unsigned short* pws1_get_warns(int idx);
int pws1_get_dac_param_en(int idx);
char* pws1_get_info_str(int idx);
int pws1_get_dispatch_mode( int idx);
int pws1_get_active_power_control_mode( int idx);
int pws1_get_dhg_state( int idx);
int pws1_get_chg_state( int idx);

int pws1_get_tool_data(int idx,char* buf);
int pws1_get_tbmqtt_main_data(int idx,char* buf);
int pws1_get_tbmqtt_secondy_data(int idx,char* buf);
int pws1_get_cloud_main_data(int cnt_idx,int idx,char* buf);
int pws1_get_cloud_secondy_data(int cnt_idx,int idx,char* buf);
int pws1_get_bkds_data(int idx,char* buf);
#endif