逆变电源修改

whyclxw

2020-11-12 1297683da44add106b4032094824e429381d0fbb

逆变电源修改

 DyEnvir_system/src/com/fgkj/db/DBUtil.java

@@ -21,12 +21,15 @@
    
    private static String username="root";
    private static String password="lmx8688139";
    private static String url="jdbc:mysql://118.89.139.230:3360/db_user";
//    private static String url="jdbc:mysql://192.168.2.221:3360/db_user";
    //private static String url="jdbc:mysql://123.207.82.239:3360/db_user";
//    private static String url="jdbc:mysql://118.89.139.230:3360/db_user";
    private static String url="jdbc:mysql://192.168.43.242:3360/db_user";
//  private static String url="jdbc:mysql://123.207.82.239:3360/db_user";
//    private static String url="jdbc:mysql://192.168.10.150:3360/db_user";
//    private static String url="jdbc:mysql://192.168.10.221:3360/db_user";
//    private static String url="jdbc:mysql://127.0.0.1:3360/db_user";
//    private static String url="jdbc:mysql://192.168.10.130:3360/db_user";
//    private static String url="jdbc:mysql://192.168.2.221:3360/db_user";
//  private static String url="jdbc:mysql://127.0.0.1:3360/db_user";
//  private static String url="jdbc:mysql://192.168.2.88:3360/db_user";
    /*private static String username="root";
    private static String password="123456";*/
    

 DyEnvir_system/src/com/fgkj/partinsystem/dto/Inverter_ele.java

@@ -5,65 +5,56 @@


public class Inverter_ele implements Serializable{
      private int num ;//,
      private int dev_id ;//'设备id',
      private Date record_time ;// '2020-01-01 00:00:00' ON UPDATE CURRENT_TIMESTAMP COMMENT '记录时间',
      private Date record_time1 ;// '2020-01-01 00:00:00' ON UPDATE CURRENT_TIMESTAMP COMMENT '记录时间',
      private float uin1_vol ;//'整机输入电压1',
      private float uin2_vol ;//'整机输入电压2',
      private float iin1_curr ;//'整机输入电流1',
      private float iin2_curr ;//'整机输入电流2',
      private float ugrid_output_vol ;//'岸电输出线电压',
      private float tscr1_tmp ;//'SCR1模块温度',
      private float tscr2_tmp ;//'SCR2模块温度',
      private float ttr1_tmp ;//'变压器1温度',
      private float ttr2_tmp ;//'变压器2温度',
      private float twater_in_tmp ;//'入水口温度',
      private float twater_out_tmp ;//'出水口温度',
      private float flux1_flow ;//'左机流量1',
      private float flux2_flow ;//'右机流量2',
      private float humi_tmp ;//'整机湿度',
      private float tcab_tmp ;//'柜体温度',
      private float power_output ;//'输出功率',
      private float power_cosa ;//'功率因数',
      private float fo_output ;//'输出频率',
      private int errcode ;// '故障代码',
      private int flag ;// '整机运行状态信息',
      private float vdc_up1_vol ;//'1#模块上直流电容电压',
      private float vdc_down1_vol ;//'1#模块下直流电容电压',
      private float um1_in_vol ;//'1#模块输入电压',
      private float ila1_curr ;//'1#模块A相电感电流',
      private float ilb1_curr ;//'1#模块B相电感电流',
      private float ilc1_curr ;//'1#模块C相电感电流',
      private float ioa1_curr ;//'1#模块A相输出电流',
      private float iob1_curr ;//'1#模块B相输出电流',
      private float ioc1_curr ;//'1#模块C相输出电流',
      private float uoab1_vol ;//'1#模块AB输出线电压',
      private float uobc1_vol ;//'1#模块BC输出线电压',
      private float tigbt1_tmp ;//'1#模块igbt温度',
      private float tdiode1_tmp ;//'1#模块箝位二极管温度',
      private float tlac1_tmp ;//'1#模块交流滤波电感温度',
      private float tcac1_tmp ;//'1#模块交流滤波电容温度',
      private float tcdc1_tmp ;//'1#模块直流滤波电容温度',
      private int m1_flag_state ;// '1#模块运行状态信息',
      private float vdc_up8_vol ;//'8#模块上直流电容电压',
      private float vdc_down8_vol ;//'8#模块下直流电容电压',
      private float um_in8_vol ;//'8#模块输入电压',
      private float ila8_curr ;//'8#模块A相电感电流',
      private float ilb8_curr ;//'8#模块B相电感电流',
      private float ilc8_curr ;//'8#模块C相电感电流',
      private float ioa8_curr ;//'8#模块A相输出电流',
      private float iob8_curr ;//'8#模块B相输出电流',
      private float ioc8_curr ;//'8#模块C相输出电流',
      private float uoab8_vol ;//'8#模块AB输出线电压',
      private float uobc8_vol ;//'8#模块BC输出线电压',
      private float tigbt8_tmp ;//'8#模块igbt温度',
      private float tdiode8_tmp ;//'8#模块箝位二极管温度',
      private float tlac8_tmp ;//'8#模块交流滤波电感温度',
      private float tcac8_tmp ;//'8#模块交流滤波电容温度',
      private float tcdc8_tmp ;//'8#模块直流滤波电容温度',
      private int m8_flag_state ;// '8#模块运行状态信息',
      private String note;
    private int num ;//,
    private int dev_id;// '设备id',
    private Date record_time;// '2020-01-01 00:00:00' ON UPDATE CURRENT_TIMESTAMP COMMENT '记录时间',
    private Date record_time1;// '2020-01-01 00:00:00' ON UPDATE CURRENT_TIMESTAMP COMMENT '记录时间',
    private float IOc ;//'输出电流IOc',
    private float UObc ;//'输出线电压UObc',
    private float Udc ;//'直流电容电压Udc',
    private float freq ;//'输出频率freq',
    private int ErrCode ;//'故障代码ErrCode',
    private int Flag ;// '运行状态信息Flag',
	
    private int Start_flag;//启动状态
    private int Para;//并联状态
    private int Grid;//并岸状态
    private int OverTemp;//过温状态
    private int StopFault;//故障停机状态
    private int OverLoad;//过载状态
    private int Ride;//穿越状态
    private int UdcLow;//直流欠压
    private int UdcOver;//直流过压
    private int FdPwmFb;//PWM返回故障
    private int UinInUse;//当前使用直流电源
	
    private float UCa ;//'A相交流滤波电容电压UCa',
    private float UCb;//'B相交流滤波电容电压UCb',
    private float UCc ;//'C相交流滤波电容电压UCc',
    private float IOa ;//'A相交流输出电流IOa',
    private float IOb ;//'B相交流输出电流IOb',
    private float UOab ;//'输出线电压UOab',
    private float UOca ;//'输出线电压UOca',
    private float USab;//交流岸电电压USab
    private float USbc;//交流岸电电压USbc
    private float Uin1;//直流输入电压Uin1
    private float Uin2;//直流输入电压Uin2
    private float Iin1;//直流输入电流Iin1
    private float Iin2;//直流输入电流Iin2
    private float TScr1 ;//'晶闸管1温度TScr1',
    private float TIgbta ;//'A相IGBT散热器温度',
    private float TIgbtb ;//'B相IGBT散热器温度',
    private float TIgbtc ;//'C相IGBT散热器温度',
    private float TLa ;//'A相电感温度',
    private float TLb ;//'B相电感温度',
    private float TLc ;//'C相电感温度',
    private float TInyCup ;//'逆变柜温度',
    private float TTran ;//'变压器温度',
    private float Power ;//'有功功率',
    private float QPower ;//'无功功率',
    private float Cosa ;//'功率因数',
    private float Efficiency ;//'效率',
    private String note;
    public int getNum() {
        return num;
    }
@@ -82,338 +73,270 @@
    public void setRecord_time(Date record_time) {
        this.record_time = record_time;
    }
    public float getUin1_vol() {
        return uin1_vol;
    }
    public void setUin1_vol(float uin1_vol) {
        this.uin1_vol = uin1_vol;
    }
    public float getUin2_vol() {
        return uin2_vol;
    }
    public void setUin2_vol(float uin2_vol) {
        this.uin2_vol = uin2_vol;
    }
    public float getIin1_curr() {
        return iin1_curr;
    }
    public void setIin1_curr(float iin1_curr) {
        this.iin1_curr = iin1_curr;
    }
    public float getIin2_curr() {
        return iin2_curr;
    }
    public void setIin2_curr(float iin2_curr) {
        this.iin2_curr = iin2_curr;
    }
    public float getUgrid_output_vol() {
        return ugrid_output_vol;
    }
    public void setUgrid_output_vol(float ugrid_output_vol) {
        this.ugrid_output_vol = ugrid_output_vol;
    }
    public float getTscr1_tmp() {
        return tscr1_tmp;
    }
    public void setTscr1_tmp(float tscr1_tmp) {
        this.tscr1_tmp = tscr1_tmp;
    }
    public float getTscr2_tmp() {
        return tscr2_tmp;
    }
    public void setTscr2_tmp(float tscr2_tmp) {
        this.tscr2_tmp = tscr2_tmp;
    }
    public float getTtr1_tmp() {
        return ttr1_tmp;
    }
    public void setTtr1_tmp(float ttr1_tmp) {
        this.ttr1_tmp = ttr1_tmp;
    }
    public float getTtr2_tmp() {
        return ttr2_tmp;
    }
    public void setTtr2_tmp(float ttr2_tmp) {
        this.ttr2_tmp = ttr2_tmp;
    }
    public float getTwater_in_tmp() {
        return twater_in_tmp;
    }
    public void setTwater_in_tmp(float twater_in_tmp) {
        this.twater_in_tmp = twater_in_tmp;
    }
    public float getTwater_out_tmp() {
        return twater_out_tmp;
    }
    public void setTwater_out_tmp(float twater_out_tmp) {
        this.twater_out_tmp = twater_out_tmp;
    }
    public float getFlux1_flow() {
        return flux1_flow;
    }
    public void setFlux1_flow(float flux1_flow) {
        this.flux1_flow = flux1_flow;
    }
    public float getFlux2_flow() {
        return flux2_flow;
    }
    public void setFlux2_flow(float flux2_flow) {
        this.flux2_flow = flux2_flow;
    }
    public float getHumi_tmp() {
        return humi_tmp;
    }
    public void setHumi_tmp(float humi_tmp) {
        this.humi_tmp = humi_tmp;
    }
    public float getTcab_tmp() {
        return tcab_tmp;
    }
    public void setTcab_tmp(float tcab_tmp) {
        this.tcab_tmp = tcab_tmp;
    }
    public float getPower_output() {
        return power_output;
    }
    public void setPower_output(float power_output) {
        this.power_output = power_output;
    }
    public float getPower_cosa() {
        return power_cosa;
    }
    public void setPower_cosa(float power_cosa) {
        this.power_cosa = power_cosa;
    }
    public float getFo_output() {
        return fo_output;
    }
    public void setFo_output(float fo_output) {
        this.fo_output = fo_output;
    }
    public int getErrcode() {
        return errcode;
    }
    public void setErrcode(int errcode) {
        this.errcode = errcode;
    }
    public int getFlag() {
        return flag;
    }
    public void setFlag(int flag) {
        this.flag = flag;
    }
    public float getVdc_up1_vol() {
        return vdc_up1_vol;
    }
    public void setVdc_up1_vol(float vdc_up1_vol) {
        this.vdc_up1_vol = vdc_up1_vol;
    }
    public float getVdc_down1_vol() {
        return vdc_down1_vol;
    }
    public void setVdc_down1_vol(float vdc_down1_vol) {
        this.vdc_down1_vol = vdc_down1_vol;
    }
    public float getUm1_in_vol() {
        return um1_in_vol;
    }
    public void setUm1_in_vol(float um1_in_vol) {
        this.um1_in_vol = um1_in_vol;
    }
    public float getIla1_curr() {
        return ila1_curr;
    }
    public void setIla1_curr(float ila1_curr) {
        this.ila1_curr = ila1_curr;
    }
    public float getIlb1_curr() {
        return ilb1_curr;
    }
    public void setIlb1_curr(float ilb1_curr) {
        this.ilb1_curr = ilb1_curr;
    }
    public float getIlc1_curr() {
        return ilc1_curr;
    }
    public void setIlc1_curr(float ilc1_curr) {
        this.ilc1_curr = ilc1_curr;
    }
    public float getIoa1_curr() {
        return ioa1_curr;
    }
    public void setIoa1_curr(float ioa1_curr) {
        this.ioa1_curr = ioa1_curr;
    }
    public float getIob1_curr() {
        return iob1_curr;
    }
    public void setIob1_curr(float iob1_curr) {
        this.iob1_curr = iob1_curr;
    }
    public float getIoc1_curr() {
        return ioc1_curr;
    }
    public void setIoc1_curr(float ioc1_curr) {
        this.ioc1_curr = ioc1_curr;
    }
    public float getUoab1_vol() {
        return uoab1_vol;
    }
    public void setUoab1_vol(float uoab1_vol) {
        this.uoab1_vol = uoab1_vol;
    }
    public float getUobc1_vol() {
        return uobc1_vol;
    }
    public void setUobc1_vol(float uobc1_vol) {
        this.uobc1_vol = uobc1_vol;
    }
    public float getTigbt1_tmp() {
        return tigbt1_tmp;
    }
    public void setTigbt1_tmp(float tigbt1_tmp) {
        this.tigbt1_tmp = tigbt1_tmp;
    }
    public float getTdiode1_tmp() {
        return tdiode1_tmp;
    }
    public void setTdiode1_tmp(float tdiode1_tmp) {
        this.tdiode1_tmp = tdiode1_tmp;
    }
    public float getTlac1_tmp() {
        return tlac1_tmp;
    }
    public void setTlac1_tmp(float tlac1_tmp) {
        this.tlac1_tmp = tlac1_tmp;
    }
    public float getTcac1_tmp() {
        return tcac1_tmp;
    }
    public void setTcac1_tmp(float tcac1_tmp) {
        this.tcac1_tmp = tcac1_tmp;
    }
    public float getTcdc1_tmp() {
        return tcdc1_tmp;
    }
    public void setTcdc1_tmp(float tcdc1_tmp) {
        this.tcdc1_tmp = tcdc1_tmp;
    }
    public int getM1_flag_state() {
        return m1_flag_state;
    }
    public void setM1_flag_state(int m1_flag_state) {
        this.m1_flag_state = m1_flag_state;
    }
    public float getVdc_up8_vol() {
        return vdc_up8_vol;
    }
    public void setVdc_up8_vol(float vdc_up8_vol) {
        this.vdc_up8_vol = vdc_up8_vol;
    }
    public float getVdc_down8_vol() {
        return vdc_down8_vol;
    }
    public void setVdc_down8_vol(float vdc_down8_vol) {
        this.vdc_down8_vol = vdc_down8_vol;
    }
    public float getUm_in8_vol() {
        return um_in8_vol;
    }
    public void setUm_in8_vol(float um_in8_vol) {
        this.um_in8_vol = um_in8_vol;
    }
    public float getIla8_curr() {
        return ila8_curr;
    }
    public void setIla8_curr(float ila8_curr) {
        this.ila8_curr = ila8_curr;
    }
    public float getIlb8_curr() {
        return ilb8_curr;
    }
    public void setIlb8_curr(float ilb8_curr) {
        this.ilb8_curr = ilb8_curr;
    }
    public float getIlc8_curr() {
        return ilc8_curr;
    }
    public void setIlc8_curr(float ilc8_curr) {
        this.ilc8_curr = ilc8_curr;
    }
    public float getIoa8_curr() {
        return ioa8_curr;
    }
    public void setIoa8_curr(float ioa8_curr) {
        this.ioa8_curr = ioa8_curr;
    }
    public float getIob8_curr() {
        return iob8_curr;
    }
    public void setIob8_curr(float iob8_curr) {
        this.iob8_curr = iob8_curr;
    }
    public float getIoc8_curr() {
        return ioc8_curr;
    }
    public void setIoc8_curr(float ioc8_curr) {
        this.ioc8_curr = ioc8_curr;
    }
    public float getUoab8_vol() {
        return uoab8_vol;
    }
    public void setUoab8_vol(float uoab8_vol) {
        this.uoab8_vol = uoab8_vol;
    }
    public float getUobc8_vol() {
        return uobc8_vol;
    }
    public void setUobc8_vol(float uobc8_vol) {
        this.uobc8_vol = uobc8_vol;
    }
    public float getTigbt8_tmp() {
        return tigbt8_tmp;
    }
    public void setTigbt8_tmp(float tigbt8_tmp) {
        this.tigbt8_tmp = tigbt8_tmp;
    }
    public float getTdiode8_tmp() {
        return tdiode8_tmp;
    }
    public void setTdiode8_tmp(float tdiode8_tmp) {
        this.tdiode8_tmp = tdiode8_tmp;
    }
    public float getTlac8_tmp() {
        return tlac8_tmp;
    }
    public void setTlac8_tmp(float tlac8_tmp) {
        this.tlac8_tmp = tlac8_tmp;
    }
    public float getTcac8_tmp() {
        return tcac8_tmp;
    }
    public void setTcac8_tmp(float tcac8_tmp) {
        this.tcac8_tmp = tcac8_tmp;
    }
    public float getTcdc8_tmp() {
        return tcdc8_tmp;
    }
    public void setTcdc8_tmp(float tcdc8_tmp) {
        this.tcdc8_tmp = tcdc8_tmp;
    }
    public int getM8_flag_state() {
        return m8_flag_state;
    }
    public void setM8_flag_state(int m8_flag_state) {
        this.m8_flag_state = m8_flag_state;
    }
	
    public Date getRecord_time1() {
        return record_time1;
    }
    public void setRecord_time1(Date record_time1) {
        this.record_time1 = record_time1;
    }
	
    public float getIOc() {
        return IOc;
    }
    public void setIOc(float iOc) {
        IOc = iOc;
    }
    public float getUObc() {
        return UObc;
    }
    public void setUObc(float uObc) {
        UObc = uObc;
    }
    public float getUdc() {
        return Udc;
    }
    public void setUdc(float udc) {
        Udc = udc;
    }
    public float getFreq() {
        return freq;
    }
    public void setFreq(float freq) {
        this.freq = freq;
    }
    public int getErrCode() {
        return ErrCode;
    }
    public void setErrCode(int errCode) {
        ErrCode = errCode;
    }
    public int getFlag() {
        return Flag;
    }
    public void setFlag(int flag) {
        Flag = flag;
    }
    public int getStart_flag() {
        return Start_flag;
    }
    public void setStart_flag(int start_flag) {
        Start_flag = start_flag;
    }
    public int getPara() {
        return Para;
    }
    public void setPara(int para) {
        Para = para;
    }
    public int getGrid() {
        return Grid;
    }
    public void setGrid(int grid) {
        Grid = grid;
    }
    public int getOverTemp() {
        return OverTemp;
    }
    public void setOverTemp(int overTemp) {
        OverTemp = overTemp;
    }
    public int getStopFault() {
        return StopFault;
    }
    public void setStopFault(int stopFault) {
        StopFault = stopFault;
    }
    public int getOverLoad() {
        return OverLoad;
    }
    public void setOverLoad(int overLoad) {
        OverLoad = overLoad;
    }
    public int getRide() {
        return Ride;
    }
    public void setRide(int ride) {
        Ride = ride;
    }
    public int getUdcLow() {
        return UdcLow;
    }
    public void setUdcLow(int udcLow) {
        UdcLow = udcLow;
    }
    public int getUdcOver() {
        return UdcOver;
    }
    public void setUdcOver(int udcOver) {
        UdcOver = udcOver;
    }
    public int getFdPwmFb() {
        return FdPwmFb;
    }
    public void setFdPwmFb(int fdPwmFb) {
        FdPwmFb = fdPwmFb;
    }
    public int getUinInUse() {
        return UinInUse;
    }
    public void setUinInUse(int uinInUse) {
        UinInUse = uinInUse;
    }
    public float getUCa() {
        return UCa;
    }
    public void setUCa(float uCa) {
        UCa = uCa;
    }
    public float getUCb() {
        return UCb;
    }
    public void setUCb(float uCb) {
        UCb = uCb;
    }
    public float getUCc() {
        return UCc;
    }
    public void setUCc(float uCc) {
        UCc = uCc;
    }
    public float getIOa() {
        return IOa;
    }
    public void setIOa(float iOa) {
        IOa = iOa;
    }
    public float getIOb() {
        return IOb;
    }
    public void setIOb(float iOb) {
        IOb = iOb;
    }
    public float getUOab() {
        return UOab;
    }
    public void setUOab(float uOab) {
        UOab = uOab;
    }
    public float getUOca() {
        return UOca;
    }
    public void setUOca(float uOca) {
        UOca = uOca;
    }
    public float getUSab() {
        return USab;
    }
    public void setUSab(float uSab) {
        USab = uSab;
    }
    public float getUSbc() {
        return USbc;
    }
    public void setUSbc(float uSbc) {
        USbc = uSbc;
    }
    public float getUin1() {
        return Uin1;
    }
    public void setUin1(float uin1) {
        Uin1 = uin1;
    }
    public float getUin2() {
        return Uin2;
    }
    public void setUin2(float uin2) {
        Uin2 = uin2;
    }
    public float getIin1() {
        return Iin1;
    }
    public void setIin1(float iin1) {
        Iin1 = iin1;
    }
    public float getIin2() {
        return Iin2;
    }
    public void setIin2(float iin2) {
        Iin2 = iin2;
    }
    public float getTScr1() {
        return TScr1;
    }
    public void setTScr1(float tScr1) {
        TScr1 = tScr1;
    }
    public float getTIgbta() {
        return TIgbta;
    }
    public void setTIgbta(float tIgbta) {
        TIgbta = tIgbta;
    }
    public float getTIgbtb() {
        return TIgbtb;
    }
    public void setTIgbtb(float tIgbtb) {
        TIgbtb = tIgbtb;
    }
    public float getTIgbtc() {
        return TIgbtc;
    }
    public void setTIgbtc(float tIgbtc) {
        TIgbtc = tIgbtc;
    }
    public float getTLa() {
        return TLa;
    }
    public void setTLa(float tLa) {
        TLa = tLa;
    }
    public float getTLb() {
        return TLb;
    }
    public void setTLb(float tLb) {
        TLb = tLb;
    }
    public float getTLc() {
        return TLc;
    }
    public void setTLc(float tLc) {
        TLc = tLc;
    }
    public float getTInyCup() {
        return TInyCup;
    }
    public void setTInyCup(float tInyCup) {
        TInyCup = tInyCup;
    }
    public float getTTran() {
        return TTran;
    }
    public void setTTran(float tTran) {
        TTran = tTran;
    }
    public float getPower() {
        return Power;
    }
    public void setPower(float power) {
        Power = power;
    }
    public float getQPower() {
        return QPower;
    }
    public void setQPower(float qPower) {
        QPower = qPower;
    }
    public float getCosa() {
        return Cosa;
    }
    public void setCosa(float cosa) {
        Cosa = cosa;
    }
    public float getEfficiency() {
        return Efficiency;
    }
    public void setEfficiency(float efficiency) {
        Efficiency = efficiency;
    }
    public String getNote() {
        return note;
    }
@@ -424,36 +347,24 @@
    public String toString() {
        return "Inverter_ele [num=" + num + ", dev_id=" + dev_id
                + ", record_time=" + record_time + ", record_time1="
                + record_time1 + ", uin1_vol=" + uin1_vol + ", uin2_vol="
                + uin2_vol + ", iin1_curr=" + iin1_curr + ", iin2_curr="
                + iin2_curr + ", ugrid_output_vol=" + ugrid_output_vol
                + ", tscr1_tmp=" + tscr1_tmp + ", tscr2_tmp=" + tscr2_tmp
                + ", ttr1_tmp=" + ttr1_tmp + ", ttr2_tmp=" + ttr2_tmp
                + ", twater_in_tmp=" + twater_in_tmp + ", twater_out_tmp="
                + twater_out_tmp + ", flux1_flow=" + flux1_flow
                + ", flux2_flow=" + flux2_flow + ", humi_tmp=" + humi_tmp
                + ", tcab_tmp=" + tcab_tmp + ", power_output=" + power_output
                + ", power_cosa=" + power_cosa + ", fo_output=" + fo_output
                + ", errcode=" + errcode + ", flag=" + flag + ", vdc_up1_vol="
                + vdc_up1_vol + ", vdc_down1_vol=" + vdc_down1_vol
                + ", um1_in_vol=" + um1_in_vol + ", ila1_curr=" + ila1_curr
                + ", ilb1_curr=" + ilb1_curr + ", ilc1_curr=" + ilc1_curr
                + ", ioa1_curr=" + ioa1_curr + ", iob1_curr=" + iob1_curr
                + ", ioc1_curr=" + ioc1_curr + ", uoab1_vol=" + uoab1_vol
                + ", uobc1_vol=" + uobc1_vol + ", tigbt1_tmp=" + tigbt1_tmp
                + ", tdiode1_tmp=" + tdiode1_tmp + ", tlac1_tmp=" + tlac1_tmp
                + ", tcac1_tmp=" + tcac1_tmp + ", tcdc1_tmp=" + tcdc1_tmp
                + ", m1_flag_state=" + m1_flag_state + ", vdc_up8_vol="
                + vdc_up8_vol + ", vdc_down8_vol=" + vdc_down8_vol
                + ", um_in8_vol=" + um_in8_vol + ", ila8_curr=" + ila8_curr
                + ", ilb8_curr=" + ilb8_curr + ", ilc8_curr=" + ilc8_curr
                + ", ioa8_curr=" + ioa8_curr + ", iob8_curr=" + iob8_curr
                + ", ioc8_curr=" + ioc8_curr + ", uoab8_vol=" + uoab8_vol
                + ", uobc8_vol=" + uobc8_vol + ", tigbt8_tmp=" + tigbt8_tmp
                + ", tdiode8_tmp=" + tdiode8_tmp + ", tlac8_tmp=" + tlac8_tmp
                + ", tcac8_tmp=" + tcac8_tmp + ", tcdc8_tmp=" + tcdc8_tmp
                + ", m8_flag_state=" + m8_flag_state + ", note=" + note + "]";
                + record_time1 + ", IOc=" + IOc + ", UObc=" + UObc + ", Udc="
                + Udc + ", freq=" + freq + ", ErrCode=" + ErrCode + ", Flag="
                + Flag + ", Start_flag=" + Start_flag + ", Para=" + Para
                + ", Grid=" + Grid + ", OverTemp=" + OverTemp + ", StopFault="
                + StopFault + ", OverLoad=" + OverLoad + ", Ride=" + Ride
                + ", UdcLow=" + UdcLow + ", UdcOver=" + UdcOver + ", FdPwmFb="
                + FdPwmFb + ", UinInUse=" + UinInUse + ", UCa=" + UCa
                + ", UCb=" + UCb + ", UCc=" + UCc + ", IOa=" + IOa + ", IOb="
                + IOb + ", UOab=" + UOab + ", UOca=" + UOca + ", USab=" + USab
                + ", USbc=" + USbc + ", Uin1=" + Uin1 + ", Uin2=" + Uin2
                + ", Iin1=" + Iin1 + ", Iin2=" + Iin2 + ", TScr1=" + TScr1
                + ", TIgbta=" + TIgbta + ", TIgbtb=" + TIgbtb + ", TIgbtc="
                + TIgbtc + ", TLa=" + TLa + ", TLb=" + TLb + ", TLc=" + TLc
                + ", TInyCup=" + TInyCup + ", TTran=" + TTran + ", Power="
                + Power + ", QPower=" + QPower + ", Cosa=" + Cosa
                + ", Efficiency=" + Efficiency + ", note=" + note + "]";
    }
    
	

}

 DyEnvir_system/src/com/fgkj/partinsystem/impl/Inverter_eleImpl.java

@@ -59,62 +59,52 @@
                        Inverter_ele i=new Inverter_ele();
                        i.setDev_id(rs.getInt("dev_id"));
                        i.setRecord_time(rs.getTimestamp("record_time"));
                        i.setUin1_vol(rs.getFloat("uin1_vol"));
                        i.setUin2_vol(rs.getFloat("uin2_vol"));
                        i.setIin1_curr(rs.getFloat("iin1_curr"));
                        i.setIin2_curr(rs.getFloat("iin2_curr"));
                        i.setUgrid_output_vol(rs.getFloat("ugrid_output_vol"));
                        i.setTscr1_tmp(rs.getFloat("tscr1_tmp"));
                        i.setTscr2_tmp(rs.getFloat("tscr2_tmp"));
                        i.setTtr1_tmp(rs.getFloat("ttr1_tmp"));
                        i.setTtr2_tmp(rs.getFloat("ttr2_tmp"));
                        i.setTwater_in_tmp(rs.getFloat("twater_in_tmp"));
                        i.setTwater_out_tmp(rs.getFloat("twater_out_tmp"));
                        i.setFlux1_flow(rs.getFloat("flux1_flow"));
                        i.setFlux2_flow(rs.getFloat("flux2_flow"));
                        i.setHumi_tmp(rs.getFloat("humi_tmp"));
                        i.setTcab_tmp(rs.getFloat("tcab_tmp"));
                        i.setPower_output(rs.getFloat("power_output"));
                        i.setPower_cosa(rs.getFloat("power_cosa"));
                        i.setFo_output(rs.getFloat("fo_output"));
                        i.setErrcode(rs.getInt("errcode"));
                        i.setFlag(rs.getInt("flag"));
                        i.setIOc(rs.getFloat("IOc"));
                        i.setUObc(rs.getFloat("UObc"));
                        i.setUdc(rs.getFloat("Udc"));
                        i.setFreq(rs.getFloat("freq"));
                        i.setErrCode(rs.getInt("ErrCode"));
                        i.setFlag(rs.getInt("Flag"));
                        i.setStart_flag(rs.getInt("Start_flag"));
                        i.setPara(rs.getInt("Para"));
                        i.setGrid(rs.getInt("Grid"));
                        i.setOverTemp(rs.getInt("OverTemp"));
                        i.setStopFault(rs.getInt("StopFault"));
                        i.setOverLoad(rs.getInt("OverLoad"));
                        i.setRide(rs.getInt("Ride"));
                        i.setUdcLow(rs.getInt("UdcLow"));
                        i.setUdcOver(rs.getInt("UdcOver"));
                        i.setFdPwmFb(rs.getInt("FdPwmFb"));
                        i.setUinInUse(rs.getInt("UinInUse"));
                        i.setUCa(rs.getInt("UCa"));
                        i.setUCb(rs.getInt("UCb"));
                        
                        i.setVdc_up1_vol(rs.getFloat("vdc_up1_vol"));
                        i.setVdc_down1_vol(rs.getFloat("vdc_down1_vol"));
                        i.setUm1_in_vol(rs.getFloat("um1_in_vol"));
                        i.setIla1_curr(rs.getFloat("ila1_curr"));
                        i.setIlb1_curr(rs.getFloat("ilb1_curr"));
                        i.setIlc1_curr(rs.getFloat("ilc1_curr"));
                        i.setIoa1_curr(rs.getFloat("ioa1_curr"));
                        i.setIob1_curr(rs.getFloat("iob1_curr"));
                        i.setIoc1_curr(rs.getFloat("ioc1_curr"));
                        i.setUoab1_vol(rs.getFloat("uoab1_vol"));
                        i.setUobc1_vol(rs.getFloat("uobc1_vol"));
                        i.setTigbt1_tmp(rs.getFloat("tigbt1_tmp"));
                        i.setTdiode1_tmp(rs.getFloat("tdiode1_tmp"));
                        i.setTlac1_tmp(rs.getFloat("tlac1_tmp"));
                        i.setTcac1_tmp(rs.getFloat("tcac1_tmp"));
                        i.setTcdc1_tmp(rs.getFloat("tcdc1_tmp"));
                        i.setM1_flag_state(rs.getInt("m1_flag_state"));
                        i.setUCc(rs.getFloat("UCc"));
                        i.setIOa(rs.getFloat("IOa"));
                        i.setIOb(rs.getFloat("IOb"));
                        i.setUOab(rs.getFloat("UOab"));
                        i.setUOca(rs.getFloat("UOca"));
                        i.setUSab(rs.getFloat("USab"));
                        i.setUSbc(rs.getFloat("USbc"));
                        i.setUin1(rs.getFloat("Uin1"));
                        i.setUin2(rs.getFloat("Uin2"));
                        i.setIin1(rs.getFloat("Iin1"));
                        i.setIin2(rs.getFloat("Iin2"));
                        i.setTScr1(rs.getFloat("TScr1"));
                        i.setTIgbta(rs.getFloat("TIgbta"));
                        i.setTIgbtb(rs.getFloat("TIgbtb"));
                        i.setTIgbtc(rs.getFloat("TIgbtc"));
                        
                        i.setVdc_up8_vol(rs.getFloat("vdc_up8_vol"));
                        i.setVdc_down8_vol(rs.getFloat("vdc_down8_vol"));
                        i.setUm_in8_vol(rs.getFloat("um_in8_vol"));
                        i.setIla8_curr(rs.getFloat("ila8_curr"));
                        i.setIlb8_curr(rs.getFloat("ilb8_curr"));
                        i.setIlc8_curr(rs.getFloat("ilc8_curr"));
                        i.setIoa8_curr(rs.getFloat("ioa8_curr"));
                        i.setIob8_curr(rs.getFloat("iob8_curr"));
                        i.setIoc8_curr(rs.getFloat("ioc8_curr"));
                        i.setUoab8_vol(rs.getFloat("uoab8_vol"));
                        i.setUobc8_vol(rs.getFloat("uobc8_vol"));
                        i.setTigbt8_tmp(rs.getFloat("tigbt8_tmp"));
                        i.setTdiode8_tmp(rs.getFloat("tdiode8_tmp"));
                        i.setTlac8_tmp(rs.getFloat("tlac8_tmp"));
                        i.setTcac8_tmp(rs.getFloat("tcac8_tmp"));
                        i.setTcdc8_tmp(rs.getFloat("tcdc8_tmp"));
                        i.setM8_flag_state(rs.getInt("m8_flag_state"));
                        i.setTLa(rs.getFloat("TLa"));
                        i.setTLb(rs.getFloat("TLb"));
                        i.setTLc(rs.getFloat("TLc"));
                        i.setTInyCup(rs.getFloat("TInyCup"));
                        i.setTTran(rs.getFloat("TTran"));
                        i.setPower(rs.getFloat("Power"));
                        i.setQPower(rs.getFloat("QPower"));
                        i.setCosa(rs.getFloat("Cosa"));
                        i.setEfficiency(rs.getFloat("Efficiency"));
						
                        
                        
                        list.add(i);
@@ -145,62 +135,51 @@
                        Inverter_ele i=new Inverter_ele();
                        i.setDev_id(rs.getInt("dev_id"));
                        i.setRecord_time(rs.getTimestamp("record_time"));
                        i.setUin1_vol(rs.getFloat("uin1_vol"));
                        i.setUin2_vol(rs.getFloat("uin2_vol"));
                        i.setIin1_curr(rs.getFloat("iin1_curr"));
                        i.setIin2_curr(rs.getFloat("iin2_curr"));
                        i.setUgrid_output_vol(rs.getFloat("ugrid_output_vol"));
                        i.setTscr1_tmp(rs.getFloat("tscr1_tmp"));
                        i.setTscr2_tmp(rs.getFloat("tscr2_tmp"));
                        i.setTtr1_tmp(rs.getFloat("ttr1_tmp"));
                        i.setTtr2_tmp(rs.getFloat("ttr2_tmp"));
                        i.setTwater_in_tmp(rs.getFloat("twater_in_tmp"));
                        i.setTwater_out_tmp(rs.getFloat("twater_out_tmp"));
                        i.setFlux1_flow(rs.getFloat("flux1_flow"));
                        i.setFlux2_flow(rs.getFloat("flux2_flow"));
                        i.setHumi_tmp(rs.getFloat("humi_tmp"));
                        i.setTcab_tmp(rs.getFloat("tcab_tmp"));
                        i.setPower_output(rs.getFloat("power_output"));
                        i.setPower_cosa(rs.getFloat("power_cosa"));
                        i.setFo_output(rs.getFloat("fo_output"));
                        i.setErrcode(rs.getInt("errcode"));
                        i.setFlag(rs.getInt("flag"));
                        i.setIOc(rs.getFloat("IOc"));
                        i.setUObc(rs.getFloat("UObc"));
                        i.setUdc(rs.getFloat("Udc"));
                        i.setFreq(rs.getFloat("freq"));
                        i.setErrCode(rs.getInt("ErrCode"));
                        i.setFlag(rs.getInt("Flag"));
                        i.setStart_flag(rs.getInt("Start_flag"));
                        i.setPara(rs.getInt("Para"));
                        i.setGrid(rs.getInt("Grid"));
                        i.setOverTemp(rs.getInt("OverTemp"));
                        i.setStopFault(rs.getInt("StopFault"));
                        i.setOverLoad(rs.getInt("OverLoad"));
                        i.setRide(rs.getInt("Ride"));
                        i.setUdcLow(rs.getInt("UdcLow"));
                        i.setUdcOver(rs.getInt("UdcOver"));
                        i.setFdPwmFb(rs.getInt("FdPwmFb"));
                        i.setUinInUse(rs.getInt("UinInUse"));
                        i.setUCa(rs.getInt("UCa"));
                        i.setUCb(rs.getInt("UCb"));
                        
                        i.setVdc_up1_vol(rs.getFloat("vdc_up1_vol"));
                        i.setVdc_down1_vol(rs.getFloat("vdc_down1_vol"));
                        i.setUm1_in_vol(rs.getFloat("um1_in_vol"));
                        i.setIla1_curr(rs.getFloat("ila1_curr"));
                        i.setIlb1_curr(rs.getFloat("ilb1_curr"));
                        i.setIlc1_curr(rs.getFloat("ilc1_curr"));
                        i.setIoa1_curr(rs.getFloat("ioa1_curr"));
                        i.setIob1_curr(rs.getFloat("iob1_curr"));
                        i.setIoc1_curr(rs.getFloat("ioc1_curr"));
                        i.setUoab1_vol(rs.getFloat("uoab1_vol"));
                        i.setUobc1_vol(rs.getFloat("uobc1_vol"));
                        i.setTigbt1_tmp(rs.getFloat("tigbt1_tmp"));
                        i.setTdiode1_tmp(rs.getFloat("tdiode1_tmp"));
                        i.setTlac1_tmp(rs.getFloat("tlac1_tmp"));
                        i.setTcac1_tmp(rs.getFloat("tcac1_tmp"));
                        i.setTcdc1_tmp(rs.getFloat("tcdc1_tmp"));
                        i.setM1_flag_state(rs.getInt("m1_flag_state"));
                        i.setUCc(rs.getFloat("UCc"));
                        i.setIOa(rs.getFloat("IOa"));
                        i.setIOb(rs.getFloat("IOb"));
                        i.setUOab(rs.getFloat("UOab"));
                        i.setUOca(rs.getFloat("UOca"));
                        i.setUSab(rs.getFloat("USab"));
                        i.setUSbc(rs.getFloat("USbc"));
                        i.setUin1(rs.getFloat("Uin1"));
                        i.setUin2(rs.getFloat("Uin2"));
                        i.setIin1(rs.getFloat("Iin1"));
                        i.setIin2(rs.getFloat("Iin2"));
                        i.setTScr1(rs.getFloat("TScr1"));
                        i.setTIgbta(rs.getFloat("TIgbta"));
                        i.setTIgbtb(rs.getFloat("TIgbtb"));
                        i.setTIgbtc(rs.getFloat("TIgbtc"));
                        
                        i.setVdc_up8_vol(rs.getFloat("vdc_up8_vol"));
                        i.setVdc_down8_vol(rs.getFloat("vdc_down8_vol"));
                        i.setUm_in8_vol(rs.getFloat("um_in8_vol"));
                        i.setIla8_curr(rs.getFloat("ila8_curr"));
                        i.setIlb8_curr(rs.getFloat("ilb8_curr"));
                        i.setIlc8_curr(rs.getFloat("ilc8_curr"));
                        i.setIoa8_curr(rs.getFloat("ioa8_curr"));
                        i.setIob8_curr(rs.getFloat("iob8_curr"));
                        i.setIoc8_curr(rs.getFloat("ioc8_curr"));
                        i.setUoab8_vol(rs.getFloat("uoab8_vol"));
                        i.setUobc8_vol(rs.getFloat("uobc8_vol"));
                        i.setTigbt8_tmp(rs.getFloat("tigbt8_tmp"));
                        i.setTdiode8_tmp(rs.getFloat("tdiode8_tmp"));
                        i.setTlac8_tmp(rs.getFloat("tlac8_tmp"));
                        i.setTcac8_tmp(rs.getFloat("tcac8_tmp"));
                        i.setTcdc8_tmp(rs.getFloat("tcdc8_tmp"));
                        i.setM8_flag_state(rs.getInt("m8_flag_state"));
                        i.setTLa(rs.getFloat("TLa"));
                        i.setTLb(rs.getFloat("TLb"));
                        i.setTLc(rs.getFloat("TLc"));
                        i.setTInyCup(rs.getFloat("TInyCup"));
                        i.setTTran(rs.getFloat("TTran"));
                        i.setPower(rs.getFloat("Power"));
                        i.setQPower(rs.getFloat("QPower"));
                        i.setCosa(rs.getFloat("Cosa"));
                        i.setEfficiency(rs.getFloat("Efficiency"));
                        
                        
                        list.add(i);
@@ -229,62 +208,51 @@
                        Inverter_ele i=new Inverter_ele();
                        i.setDev_id(rs.getInt("dev_id"));
                        i.setRecord_time(rs.getTimestamp("record_time"));
                        i.setUin1_vol(rs.getFloat("uin1_vol"));
                        i.setUin2_vol(rs.getFloat("uin2_vol"));
                        i.setIin1_curr(rs.getFloat("iin1_curr"));
                        i.setIin2_curr(rs.getFloat("iin2_curr"));
                        i.setUgrid_output_vol(rs.getFloat("ugrid_output_vol"));
                        i.setTscr1_tmp(rs.getFloat("tscr1_tmp"));
                        i.setTscr2_tmp(rs.getFloat("tscr2_tmp"));
                        i.setTtr1_tmp(rs.getFloat("ttr1_tmp"));
                        i.setTtr2_tmp(rs.getFloat("ttr2_tmp"));
                        i.setTwater_in_tmp(rs.getFloat("twater_in_tmp"));
                        i.setTwater_out_tmp(rs.getFloat("twater_out_tmp"));
                        i.setFlux1_flow(rs.getFloat("flux1_flow"));
                        i.setFlux2_flow(rs.getFloat("flux2_flow"));
                        i.setHumi_tmp(rs.getFloat("humi_tmp"));
                        i.setTcab_tmp(rs.getFloat("tcab_tmp"));
                        i.setPower_output(rs.getFloat("power_output"));
                        i.setPower_cosa(rs.getFloat("power_cosa"));
                        i.setFo_output(rs.getFloat("fo_output"));
                        i.setErrcode(rs.getInt("errcode"));
                        i.setFlag(rs.getInt("flag"));
                        i.setIOc(rs.getFloat("IOc"));
                        i.setUObc(rs.getFloat("UObc"));
                        i.setUdc(rs.getFloat("Udc"));
                        i.setFreq(rs.getFloat("freq"));
                        i.setErrCode(rs.getInt("ErrCode"));
                        i.setFlag(rs.getInt("Flag"));
                        i.setStart_flag(rs.getInt("Start_flag"));
                        i.setPara(rs.getInt("Para"));
                        i.setGrid(rs.getInt("Grid"));
                        i.setOverTemp(rs.getInt("OverTemp"));
                        i.setStopFault(rs.getInt("StopFault"));
                        i.setOverLoad(rs.getInt("OverLoad"));
                        i.setRide(rs.getInt("Ride"));
                        i.setUdcLow(rs.getInt("UdcLow"));
                        i.setUdcOver(rs.getInt("UdcOver"));
                        i.setFdPwmFb(rs.getInt("FdPwmFb"));
                        i.setUinInUse(rs.getInt("UinInUse"));
                        i.setUCa(rs.getInt("UCa"));
                        i.setUCb(rs.getInt("UCb"));
                        
                        i.setVdc_up1_vol(rs.getFloat("vdc_up1_vol"));
                        i.setVdc_down1_vol(rs.getFloat("vdc_down1_vol"));
                        i.setUm1_in_vol(rs.getFloat("um1_in_vol"));
                        i.setIla1_curr(rs.getFloat("ila1_curr"));
                        i.setIlb1_curr(rs.getFloat("ilb1_curr"));
                        i.setIlc1_curr(rs.getFloat("ilc1_curr"));
                        i.setIoa1_curr(rs.getFloat("ioa1_curr"));
                        i.setIob1_curr(rs.getFloat("iob1_curr"));
                        i.setIoc1_curr(rs.getFloat("ioc1_curr"));
                        i.setUoab1_vol(rs.getFloat("uoab1_vol"));
                        i.setUobc1_vol(rs.getFloat("uobc1_vol"));
                        i.setTigbt1_tmp(rs.getFloat("tigbt1_tmp"));
                        i.setTdiode1_tmp(rs.getFloat("tdiode1_tmp"));
                        i.setTlac1_tmp(rs.getFloat("tlac1_tmp"));
                        i.setTcac1_tmp(rs.getFloat("tcac1_tmp"));
                        i.setTcdc1_tmp(rs.getFloat("tcdc1_tmp"));
                        i.setM1_flag_state(rs.getInt("m1_flag_state"));
                        i.setUCc(rs.getFloat("UCc"));
                        i.setIOa(rs.getFloat("IOa"));
                        i.setIOb(rs.getFloat("IOb"));
                        i.setUOab(rs.getFloat("UOab"));
                        i.setUOca(rs.getFloat("UOca"));
                        i.setUSab(rs.getFloat("USab"));
                        i.setUSbc(rs.getFloat("USbc"));
                        i.setUin1(rs.getFloat("Uin1"));
                        i.setUin2(rs.getFloat("Uin2"));
                        i.setIin1(rs.getFloat("Iin1"));
                        i.setIin2(rs.getFloat("Iin2"));
                        i.setTScr1(rs.getFloat("TScr1"));
                        i.setTIgbta(rs.getFloat("TIgbta"));
                        i.setTIgbtb(rs.getFloat("TIgbtb"));
                        i.setTIgbtc(rs.getFloat("TIgbtc"));
                        
                        i.setVdc_up8_vol(rs.getFloat("vdc_up8_vol"));
                        i.setVdc_down8_vol(rs.getFloat("vdc_down8_vol"));
                        i.setUm_in8_vol(rs.getFloat("um_in8_vol"));
                        i.setIla8_curr(rs.getFloat("ila8_curr"));
                        i.setIlb8_curr(rs.getFloat("ilb8_curr"));
                        i.setIlc8_curr(rs.getFloat("ilc8_curr"));
                        i.setIoa8_curr(rs.getFloat("ioa8_curr"));
                        i.setIob8_curr(rs.getFloat("iob8_curr"));
                        i.setIoc8_curr(rs.getFloat("ioc8_curr"));
                        i.setUoab8_vol(rs.getFloat("uoab8_vol"));
                        i.setUobc8_vol(rs.getFloat("uobc8_vol"));
                        i.setTigbt8_tmp(rs.getFloat("tigbt8_tmp"));
                        i.setTdiode8_tmp(rs.getFloat("tdiode8_tmp"));
                        i.setTlac8_tmp(rs.getFloat("tlac8_tmp"));
                        i.setTcac8_tmp(rs.getFloat("tcac8_tmp"));
                        i.setTcdc8_tmp(rs.getFloat("tcdc8_tmp"));
                        i.setM8_flag_state(rs.getInt("m8_flag_state"));
                        i.setTLa(rs.getFloat("TLa"));
                        i.setTLb(rs.getFloat("TLb"));
                        i.setTLc(rs.getFloat("TLc"));
                        i.setTInyCup(rs.getFloat("TInyCup"));
                        i.setTTran(rs.getFloat("TTran"));
                        i.setPower(rs.getFloat("Power"));
                        i.setQPower(rs.getFloat("QPower"));
                        i.setCosa(rs.getFloat("Cosa"));
                        i.setEfficiency(rs.getFloat("Efficiency"));
                        
                        
                        list.add(i);