package com.whyc.pojo;
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import com.baomidou.mybatisplus.annotation.TableField;
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import com.baomidou.mybatisplus.annotation.TableId;
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import com.baomidou.mybatisplus.annotation.TableName;
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import java.util.Date;
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@TableName(schema = "db_ram_db",value = "tb_dev_60870_inverter_info")
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public class Dev60870InverterInfo {
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@TableId("num")
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private Integer num;
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private Integer devId;
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private Date recordTime;
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@TableField("fanCurr")
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private Float fanCurr;
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@TableField("heatPipesTmp")
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private Float heatPipesTmp;
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@TableField("heatPipesOutTmp")
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private Float heatPipesOutTmp;
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@TableField("chargerOutputVol1")
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private Float chargerOutputVol1;
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@TableField("chargerOutputCurr1")
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private Float chargerOutputCurr1;
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@TableField("battOutputVol1")
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private Float battOutputVol1;
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@TableField("battOutputCurr1")
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private Float battOutputCurr1;
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@TableField("controlBusVol1")
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private Float controlBusVol1;
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@TableField("chargerOutputVol2")
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private Float chargerOutputVol2;
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@TableField("chargerOutputCurr2")
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private Float chargerOutputCurr2;
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@TableField("battOutputVol2")
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private Float battOutputVol2;
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@TableField("battOutputCurr2")
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private Float battOutputCurr2;
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@TableField("controlBusVol2")
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private Float controlBusVol2;
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@TableField("inverterAOutputVol")
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private Float inverterAOutputVol;
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@TableField("inverterAOutputCurr")
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private Float inverterAOutputCurr;
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@TableField("inverterAOutputFreq")
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private Float inverterAOutputFreq;
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@TableField("inverterAOutputBackCurr")
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private Float inverterAOutputBackCurr;
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@TableField("inverterBOutputVol")
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private Float inverterBOutputVol;
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@TableField("inverterBOutputCurr")
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private Float inverterBOutputCurr;
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@TableField("inverterBOutputFreq")
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private Float inverterBOutputFreq;
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@TableField("inverterBOutputBackCurr")
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private Float inverterBOutputBackCurr;
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@TableField("inverterCOutputVol")
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private Float inverterCOutputVol;
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@TableField("inverterCOutputCurr")
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private Float inverterCOutputCurr;
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@TableField("inverterCOutputFreq")
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private Float inverterCOutputFreq;
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@TableField("inverterCOutputBackCurr")
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private Float inverterCOutputBackCurr;
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@TableField("battTestTimeLong1")
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private Integer battTestTimeLong1;
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@TableField("battTestTimeLong2")
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private Integer battTestTimeLong2;
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@TableField("battTestCap1")
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private Float battTestCap1;
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@TableField("battTestCap2")
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private Float battTestCap2;
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@TableField("roomTemp1")
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private Float roomTemp1;
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@TableField("roomTemp2")
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private Float roomTemp2;
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@TableField("roomHumid1")
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private Float roomHumid1;
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@TableField("roomHumid2")
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private Float roomHumid2;
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@TableField("battRealCap1")
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private Float battRealCap1;
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@TableField("battRealCap2")
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private Float battRealCap2;
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@TableField("atresia")
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private Integer atresia;
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@TableField("emergencyStop")
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private Integer emergencyStop;
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@TableField("poweroff")
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private Integer poweroff;
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@TableField("standState")
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private Integer standState;
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@TableField("standNum")
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private Integer standNum;
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@TableField("standTime")
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private Integer standTime;
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public Integer getNum() {
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return num;
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}
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public void setNum(Integer num) {
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this.num = num;
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}
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public Integer getDevId() {
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return devId;
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}
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public void setDevId(Integer devId) {
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this.devId = devId;
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}
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public Date getRecordTime() {
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return recordTime;
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}
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public void setRecordTime(Date recordTime) {
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this.recordTime = recordTime;
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}
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public Float getFanCurr() {
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return fanCurr;
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}
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public void setFanCurr(Float fanCurr) {
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this.fanCurr = fanCurr;
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}
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public Float getHeatPipesTmp() {
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return heatPipesTmp;
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}
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public void setHeatPipesTmp(Float heatPipesTmp) {
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this.heatPipesTmp = heatPipesTmp;
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}
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public Float getHeatPipesOutTmp() {
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return heatPipesOutTmp;
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}
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public void setHeatPipesOutTmp(Float heatPipesOutTmp) {
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this.heatPipesOutTmp = heatPipesOutTmp;
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}
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public Float getChargerOutputVol1() {
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return chargerOutputVol1;
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}
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public void setChargerOutputVol1(Float chargerOutputVol1) {
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this.chargerOutputVol1 = chargerOutputVol1;
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}
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public Float getChargerOutputCurr1() {
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return chargerOutputCurr1;
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}
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public void setChargerOutputCurr1(Float chargerOutputCurr1) {
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this.chargerOutputCurr1 = chargerOutputCurr1;
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}
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public Float getBattOutputVol1() {
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return battOutputVol1;
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}
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public void setBattOutputVol1(Float battOutputVol1) {
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this.battOutputVol1 = battOutputVol1;
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}
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public Float getBattOutputCurr1() {
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return battOutputCurr1;
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}
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public void setBattOutputCurr1(Float battOutputCurr1) {
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this.battOutputCurr1 = battOutputCurr1;
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}
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public Float getControlBusVol1() {
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return controlBusVol1;
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}
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public void setControlBusVol1(Float controlBusVol1) {
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this.controlBusVol1 = controlBusVol1;
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}
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public Float getChargerOutputVol2() {
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return chargerOutputVol2;
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}
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public void setChargerOutputVol2(Float chargerOutputVol2) {
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this.chargerOutputVol2 = chargerOutputVol2;
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}
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public Float getChargerOutputCurr2() {
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return chargerOutputCurr2;
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}
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public void setChargerOutputCurr2(Float chargerOutputCurr2) {
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this.chargerOutputCurr2 = chargerOutputCurr2;
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}
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public Float getBattOutputVol2() {
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return battOutputVol2;
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}
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public void setBattOutputVol2(Float battOutputVol2) {
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this.battOutputVol2 = battOutputVol2;
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}
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public Float getBattOutputCurr2() {
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return battOutputCurr2;
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}
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public void setBattOutputCurr2(Float battOutputCurr2) {
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this.battOutputCurr2 = battOutputCurr2;
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}
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public Float getControlBusVol2() {
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return controlBusVol2;
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}
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public void setControlBusVol2(Float controlBusVol2) {
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this.controlBusVol2 = controlBusVol2;
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}
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public Float getInverterAOutputVol() {
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return inverterAOutputVol;
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}
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public void setInverterAOutputVol(Float inverterAOutputVol) {
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this.inverterAOutputVol = inverterAOutputVol;
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}
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public Float getInverterAOutputCurr() {
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return inverterAOutputCurr;
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}
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public void setInverterAOutputCurr(Float inverterAOutputCurr) {
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this.inverterAOutputCurr = inverterAOutputCurr;
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}
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public Float getInverterAOutputFreq() {
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return inverterAOutputFreq;
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}
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public void setInverterAOutputFreq(Float inverterAOutputFreq) {
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this.inverterAOutputFreq = inverterAOutputFreq;
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}
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public Float getInverterAOutputBackCurr() {
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return inverterAOutputBackCurr;
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}
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public void setInverterAOutputBackCurr(Float inverterAOutputBackCurr) {
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this.inverterAOutputBackCurr = inverterAOutputBackCurr;
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}
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public Float getInverterBOutputVol() {
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return inverterBOutputVol;
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}
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public void setInverterBOutputVol(Float inverterBOutputVol) {
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this.inverterBOutputVol = inverterBOutputVol;
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}
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public Float getInverterBOutputCurr() {
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return inverterBOutputCurr;
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}
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public void setInverterBOutputCurr(Float inverterBOutputCurr) {
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this.inverterBOutputCurr = inverterBOutputCurr;
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}
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public Float getInverterBOutputFreq() {
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return inverterBOutputFreq;
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}
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public void setInverterBOutputFreq(Float inverterBOutputFreq) {
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this.inverterBOutputFreq = inverterBOutputFreq;
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}
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public Float getInverterBOutputBackCurr() {
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return inverterBOutputBackCurr;
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}
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public void setInverterBOutputBackCurr(Float inverterBOutputBackCurr) {
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this.inverterBOutputBackCurr = inverterBOutputBackCurr;
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}
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public Float getInverterCOutputVol() {
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return inverterCOutputVol;
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}
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public void setInverterCOutputVol(Float inverterCOutputVol) {
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this.inverterCOutputVol = inverterCOutputVol;
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}
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public Float getInverterCOutputCurr() {
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return inverterCOutputCurr;
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}
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public void setInverterCOutputCurr(Float inverterCOutputCurr) {
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this.inverterCOutputCurr = inverterCOutputCurr;
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}
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public Float getInverterCOutputFreq() {
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return inverterCOutputFreq;
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}
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public void setInverterCOutputFreq(Float inverterCOutputFreq) {
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this.inverterCOutputFreq = inverterCOutputFreq;
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}
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public Float getInverterCOutputBackCurr() {
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return inverterCOutputBackCurr;
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}
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public void setInverterCOutputBackCurr(Float inverterCOutputBackCurr) {
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this.inverterCOutputBackCurr = inverterCOutputBackCurr;
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}
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public Integer getBattTestTimeLong1() {
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return battTestTimeLong1;
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}
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public void setBattTestTimeLong1(Integer battTestTimeLong1) {
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this.battTestTimeLong1 = battTestTimeLong1;
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}
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public Integer getBattTestTimeLong2() {
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return battTestTimeLong2;
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}
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public void setBattTestTimeLong2(Integer battTestTimeLong2) {
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this.battTestTimeLong2 = battTestTimeLong2;
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}
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public Float getBattTestCap1() {
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return battTestCap1;
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}
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public void setBattTestCap1(Float battTestCap1) {
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this.battTestCap1 = battTestCap1;
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}
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public Float getBattTestCap2() {
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return battTestCap2;
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}
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public void setBattTestCap2(Float battTestCap2) {
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this.battTestCap2 = battTestCap2;
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}
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public Float getRoomTemp1() {
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return roomTemp1;
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}
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public void setRoomTemp1(Float roomTemp1) {
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this.roomTemp1 = roomTemp1;
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}
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public Float getRoomTemp2() {
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return roomTemp2;
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}
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public void setRoomTemp2(Float roomTemp2) {
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this.roomTemp2 = roomTemp2;
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}
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public Float getRoomHumid1() {
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return roomHumid1;
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}
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public void setRoomHumid1(Float roomHumid1) {
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this.roomHumid1 = roomHumid1;
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}
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public Float getRoomHumid2() {
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return roomHumid2;
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}
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public void setRoomHumid2(Float roomHumid2) {
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this.roomHumid2 = roomHumid2;
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}
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public Float getBattRealCap1() {
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return battRealCap1;
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}
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public void setBattRealCap1(Float battRealCap1) {
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this.battRealCap1 = battRealCap1;
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}
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public Float getBattRealCap2() {
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return battRealCap2;
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}
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public void setBattRealCap2(Float battRealCap2) {
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this.battRealCap2 = battRealCap2;
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}
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public Integer getAtresia() {
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return atresia;
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}
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public void setAtresia(Integer atresia) {
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this.atresia = atresia;
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}
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public Integer getEmergencyStop() {
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return emergencyStop;
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}
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public void setEmergencyStop(Integer emergencyStop) {
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this.emergencyStop = emergencyStop;
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}
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public Integer getPoweroff() {
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return poweroff;
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}
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public void setPoweroff(Integer poweroff) {
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this.poweroff = poweroff;
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}
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public Integer getStandState() {
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return standState;
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}
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public void setStandState(Integer standState) {
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this.standState = standState;
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}
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public Integer getStandNum() {
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return standNum;
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}
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public void setStandNum(Integer standNum) {
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this.standNum = standNum;
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}
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public Integer getStandTime() {
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return standTime;
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}
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public void setStandTime(Integer standTime) {
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this.standTime = standTime;
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}
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}
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