package com.whyc.pojo;
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import com.baomidou.mybatisplus.annotation.IdType;
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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 io.swagger.annotations.ApiModel;
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import io.swagger.annotations.ApiModelProperty;
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import java.util.Date;
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//@TableName(schema = "db_upspwrdev_data_history",value ="tb_upspwrdev_historydata_116000001_2023_11")
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@ApiModel("ups电源遥信实时状态信息表")
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public class UpsPowerDataHistory {
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@TableId(value = "num", type = IdType.AUTO)
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private Long num;
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private Integer powerDeviceId;
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@ApiModelProperty(value = "更新时间")
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private Date recordTime;
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@ApiModelProperty(value = "A相输入电压")
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private Float acinVola;
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@ApiModelProperty(value = "B相输入电压")
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private Float acinVolb;
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@ApiModelProperty(value = "C相输入电压")
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private Float acinVolc;
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@ApiModelProperty(value = "A相输出电压")
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private Float acoutVola;
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@ApiModelProperty(value = "B相输出电压")
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private Float acoutVolb;
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@ApiModelProperty(value = "C相输出电压")
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private Float acoutVolc;
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@ApiModelProperty(value = "A相输出电流")
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private Float acoutCurra;
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@ApiModelProperty(value = "B相输出电流")
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private Float acoutCurrb;
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@ApiModelProperty(value = "C相输出电流")
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private Float acoutCurrc;
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@ApiModelProperty(value = "直流输入电压[电池组1电池电压]")
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private Float dcinVol;
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@ApiModelProperty(value = "输出频率")
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private Float outFreq;
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@ApiModelProperty(value = "AB线输入电压")
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private Float abinVol;
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@ApiModelProperty(value = "BC线输入电压")
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private Float bcinVol;
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@ApiModelProperty(value = "CA线输入电压")
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private Float cainVol;
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@ApiModelProperty(value = "A相输入电流")
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private Float acinCurra;
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@ApiModelProperty(value = "B相输入电流")
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private Float acinCurrb;
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@ApiModelProperty(value = "C相输入电流")
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private Float acinCurrc;
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@ApiModelProperty(value = "输入频率")
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private Float inFreq;
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@ApiModelProperty(value = "A相输入功率因数")
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private Float inPowerfactorA;
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@ApiModelProperty(value = "B相输入功率因数")
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private Float inPowerfactorB;
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@ApiModelProperty(value = "C相输入功率因数")
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private Float inPowerfactorC;
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@ApiModelProperty(value = "A相旁路电压")
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private Float passVola;
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@ApiModelProperty(value = "B相旁路电压")
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private Float passVolb;
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@ApiModelProperty(value = "C相旁路电压")
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private Float passVolc;
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@ApiModelProperty(value = "旁路频率")
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private Float passFreq;
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@ApiModelProperty(value = "AB线输出电压")
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private Float aboutVol;
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@ApiModelProperty(value = "BC线输出电压")
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private Float bcoutVol;
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@ApiModelProperty(value = "CA线输出电压")
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private Float caoutVol;
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@ApiModelProperty(value = "AB线旁路电压")
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private Float abpassVol;
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@ApiModelProperty(value = "BC线旁路电压")
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private Float bcpassVol;
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@ApiModelProperty(value = "CA线旁路电压")
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private Float capassVol;
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@ApiModelProperty(value = "A相输出功率因数")
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private Float outPowerfactorA;
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@ApiModelProperty(value = "B相输出功率因数")
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private Float outPowerfactorB;
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@ApiModelProperty(value = "C相输出功率因数")
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private Float outPowerfactorC;
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@ApiModelProperty(value = "A相输出峰值比")
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private Float outPeakratioA;
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@ApiModelProperty(value = "B相输出峰值比")
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private Float outPeakratioB;
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@ApiModelProperty(value = "C相输出峰值比")
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private Float outPeakratioC;
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@ApiModelProperty(value = "A相输出有功功率")
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private Float outActpowerA;
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@ApiModelProperty(value = "B相输出有功功率")
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private Float outActpowerB;
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@ApiModelProperty(value = "C相输出有功功率")
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private Float outActpowerC;
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@ApiModelProperty(value = "A相输出无功功率")
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private Float outReapowerA;
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@ApiModelProperty(value = "B相输出无功功率")
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private Float outReapowerB;
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@ApiModelProperty(value = "C相输出无功功率")
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private Float outReapowerC;
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@ApiModelProperty(value = "A相输出视在功率")
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private Float outApppowerA;
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@ApiModelProperty(value = "B相输出视在功率")
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private Float outApppowerB;
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@ApiModelProperty(value = "C相输出视在功率")
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private Float outApppowerC;
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@ApiModelProperty(value = "A相输出负载百分比")
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private Float outLoadpercentA;
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@ApiModelProperty(value = "B相输出负载百分比")
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private Float outLoadpercentB;
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@ApiModelProperty(value = "C相输出负载百分比")
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private Float outLoadpercentC;
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@ApiModelProperty(value = "系统A相输出有功功率")
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private Float sysoutActpowerA;
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@ApiModelProperty(value = "系统B相输出有功功率")
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private Float sysoutActpowerB;
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@ApiModelProperty(value = "系统C相输出有功功率")
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private Float sysoutActpowerC;
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@ApiModelProperty(value = "系统A相输出视在功率")
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private Float sysoutApppowerA;
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@ApiModelProperty(value = "系统B相输出视在功率")
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private Float sysoutApppowerB;
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@ApiModelProperty(value = "系统C相输出视在功率")
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private Float sysoutApppowerC;
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@ApiModelProperty(value = "系统A相输出无功功率")
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private Float sysoutReapowerA;
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@ApiModelProperty(value = "系统B相输出无功功率")
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private Float sysoutReapowerB;
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@ApiModelProperty(value = "系统C相输出无功功率")
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private Float sysoutReapowerC;
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@ApiModelProperty(value = "整机环境温度")
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private Float devEnvirTemp;
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@ApiModelProperty(value = "电池后备时间")
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private Float battBackupTime;
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@ApiModelProperty(value = "正电池电压")
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private Float battPosivol;
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@ApiModelProperty(value = "正电池电流")
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private Float battPosicurr;
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@ApiModelProperty(value = "负电池电压")
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private Float battNegavol;
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@ApiModelProperty(value = "负电池电流")
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private Float battNegacurr;
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@ApiModelProperty(value = "电池老化系数")
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private Float battAgecoefficient;
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@ApiModelProperty(value = "电池温度")
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private Float battTemp;
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@ApiModelProperty(value = "环境温度")
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private Float envirTemp;
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@ApiModelProperty(value = "bit0：逆变供电;bit1:旁路供电")
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private Integer powerSupplyState;
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@ApiModelProperty(value = "bit0:电池自检中 bit1:电池浮充 bit2：电池均充")
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private Integer battState;
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@ApiModelProperty(value = "逆变器开机")
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private Integer inverterOn;
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@ApiModelProperty(value = "整流器供电状态：bit0:主逆变供电 bit:电池逆变供电")
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private Integer rectifierPowerSupply;
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@ApiModelProperty(value = "发电机接入")
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private Integer dynamoAccess;
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@ApiModelProperty(value = "输入空开 bit0：输入空开断开 bit1:输入空开不支持")
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private Integer inputSwitchState;
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@ApiModelProperty(value = "维修空开 bit0：空开断开 bit1:空开不支持")
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private Integer repireSwitchState;
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@ApiModelProperty(value = "旁路空开 bit0: 旁路空开断开 bit1：旁路空开不支持")
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private Integer passSwitchState;
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@ApiModelProperty(value = "输出空开 bit0:输出空开断开 bit1：输出空开不支持")
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private Integer outputSwitchState;
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@ApiModelProperty(value = "整机工作模式：bit0:正常模式 bit1:变频器模式 bit2:智能并机模式 bit3:智能并机演示模式 bit4:ECO模式 bit5:智能ECO模式 bit6:智能ECO演示模式")
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private Integer machineWorkMode;
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@ApiModelProperty(value = "模块在线 bit0:模块1在线 bit1:模块2在线 bit2：模块3在线 ... bit11:模块12在线 ")
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private Integer modelOnline;
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//SNMP北向测点中不存在
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@ApiModelProperty(value = "内置电池空开断开")
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private Integer battInswitchOpen;
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//SNMP北向测点中不存在
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@ApiModelProperty(value = "BCB1状态 bit0:BCB1未接入 bit1：BCB1:闭合")
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private Integer bcb1State;
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//SNMP北向测点中不存在
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@ApiModelProperty(value = "BCB2状态 bit0:BCB2未接入 bit1：BCB2:闭合")
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private Integer bcb2State;
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//SNMP北向测点中不存在
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@ApiModelProperty(value = "BCB3状态 bit0:BCB3未接入 bit1：BCB3:闭合")
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private Integer bcb3State;
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//SNMP北向测点中不存在
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@ApiModelProperty(value = "BCB4状态 bit0:BCB4未接入 bit1：BCB4:闭合")
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private Integer bcb4State;
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@ApiModelProperty(value = "ups告警1 bit0:逆变器不同步 bit1:主路电压异常 bit2:整流器异常 bit3:逆变器异常 bit4:旁路异常 bit5:电池电压低于下限 bit6:电池电压过高 bit7:电池未接入 bit8:电池电压低于告警 bit9:电池接反 bit10:ParaMonCAN通讯异常 bit11:PowerCAN通讯异常 bit12:整流DSP程序错误 bit13:整流FPGA程序错误 bit14:逆变DSP程序错误 bit15:逆变FPGA程序错误 bit16:旁路DSP程序错误 bit17:旁路FPGA程序错误 bit18:机架内离散总线通讯异常 bit19:机架间离散总线通讯异常 bit20:主控模块设置不匹配 bit21:LBS异常 bit22:紧急关机 bit23:旁路晶闸管故障 bit24:旁路相序反")
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private Integer upsAlm1;
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@ApiModelProperty(value = "ups告警2 bit0旁路过流 bit1旁路异常关机 bit2切换次数限制 bit3ECO切换次数限制 bit4ParaPowerCan通讯异常 bit5电池放电限流 bit6放电器故障 bit7充电器故障 bit8LBS连接线异常 bit9电池需维护 bit10电池过温 bit11电池接地故障 bit12主路频率异常 bit13模块过温 bit14从控模块设置不匹配 bit15接口模块设置不匹配 bit16均充超时 bit17辅助电源掉电 bit18主路相序反 bit19整流器软启动失败 bit20用户操作错误 bit21输出熔丝断 bit22输出过载 bit23系统过载 bit24输出过载超时")
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private Integer upsAlm2;
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@ApiModelProperty(value = "ups告警3 bit0负载冲击转旁路 bit1并机均流异常 bit2母线异常关机 bit3临机请求转旁路 bit4直流母线过压 bit5MonCAN通讯异常 bit6输入缺零故障 bit7逆变继电器故障 bit8主路反灌 bit9输入电流异常 bit10输出电压异常 bit11输入电流超限 bit12旁路过温 bit13邻机旁路晶闸管故障 bit14并机连接线异常 bit15充电器过温 bit16电池端口短路 bit17电池房环境异常 bit18风扇异常 bit19旁路缺零故障 bit20旁路接管 bit21BCB1 状态异常 bit22BCB2 状态异常 bit23BCB3 状态异常 bit24BCB4 状态异常")
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private Integer upsAlm3;
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@ApiModelProperty(value = "ups告警4 bit0旁路SCR风扇异常 bit1平衡电路故障 bit2平衡电路过流 bit3平衡电路过温 bit4失去冗余 bit5容量过载 bit6功率板设置不匹配 bit7旁路设置不匹配 bit8上抽风风扇异常 bit9系统A相输出熔丝断 bit10系统B相输出熔丝断 bit11系统C相输出熔丝断 bit12旁路无效 bit13整流器过流 bit14旁路过流超时 bit15输出零地过压 bit16输入熔丝断 bit17旁路熔丝断")
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private Integer upsAlm4;
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//SNMP北向测点中不存在
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@ApiModelProperty(value = "协转与UPS通信故障")
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private Integer upsConnErr;
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@ApiModelProperty(value = "并机系统供电状态 bit0-旁路供电 bit1-主路逆变供电 bit2-电池逆变供电")
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private Integer parallelsysPowerstate;
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public Long getNum() {
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return num;
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}
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public void setNum(Long num) {
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this.num = num;
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}
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public Integer getPowerDeviceId() {
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return powerDeviceId;
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}
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public void setPowerDeviceId(Integer powerDeviceId) {
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this.powerDeviceId = powerDeviceId;
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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 getAcinVola() {
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return acinVola;
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}
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public void setAcinVola(Float acinVola) {
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this.acinVola = acinVola;
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}
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public Float getAcinVolb() {
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return acinVolb;
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}
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public void setAcinVolb(Float acinVolb) {
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this.acinVolb = acinVolb;
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}
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public Float getAcinVolc() {
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return acinVolc;
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}
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public void setAcinVolc(Float acinVolc) {
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this.acinVolc = acinVolc;
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}
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public Float getAcoutVola() {
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return acoutVola;
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}
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public void setAcoutVola(Float acoutVola) {
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this.acoutVola = acoutVola;
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}
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public Float getAcoutVolb() {
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return acoutVolb;
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}
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public void setAcoutVolb(Float acoutVolb) {
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this.acoutVolb = acoutVolb;
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}
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public Float getAcoutVolc() {
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return acoutVolc;
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}
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public void setAcoutVolc(Float acoutVolc) {
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this.acoutVolc = acoutVolc;
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}
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public Float getAcoutCurra() {
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return acoutCurra;
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}
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public void setAcoutCurra(Float acoutCurra) {
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this.acoutCurra = acoutCurra;
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}
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public Float getAcoutCurrb() {
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return acoutCurrb;
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}
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public void setAcoutCurrb(Float acoutCurrb) {
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this.acoutCurrb = acoutCurrb;
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}
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public Float getAcoutCurrc() {
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return acoutCurrc;
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}
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public void setAcoutCurrc(Float acoutCurrc) {
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this.acoutCurrc = acoutCurrc;
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}
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public Float getDcinVol() {
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return dcinVol;
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}
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public void setDcinVol(Float dcinVol) {
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this.dcinVol = dcinVol;
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}
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public Float getOutFreq() {
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return outFreq;
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}
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public void setOutFreq(Float outFreq) {
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this.outFreq = outFreq;
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}
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public Float getAbinVol() {
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return abinVol;
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}
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public void setAbinVol(Float abinVol) {
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this.abinVol = abinVol;
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}
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public Float getBcinVol() {
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return bcinVol;
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}
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public void setBcinVol(Float bcinVol) {
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this.bcinVol = bcinVol;
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}
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public Float getCainVol() {
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return cainVol;
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}
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public void setCainVol(Float cainVol) {
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this.cainVol = cainVol;
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}
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public Float getAcinCurra() {
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return acinCurra;
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}
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public void setAcinCurra(Float acinCurra) {
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this.acinCurra = acinCurra;
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}
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public Float getAcinCurrb() {
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return acinCurrb;
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}
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public void setAcinCurrb(Float acinCurrb) {
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this.acinCurrb = acinCurrb;
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}
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public Float getAcinCurrc() {
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return acinCurrc;
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}
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public void setAcinCurrc(Float acinCurrc) {
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this.acinCurrc = acinCurrc;
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}
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public Float getInFreq() {
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return inFreq;
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}
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public void setInFreq(Float inFreq) {
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this.inFreq = inFreq;
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}
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public Float getInPowerfactorA() {
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return inPowerfactorA;
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}
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public void setInPowerfactorA(Float inPowerfactorA) {
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this.inPowerfactorA = inPowerfactorA;
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}
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public Float getInPowerfactorB() {
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return inPowerfactorB;
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}
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public void setInPowerfactorB(Float inPowerfactorB) {
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this.inPowerfactorB = inPowerfactorB;
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}
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public Float getInPowerfactorC() {
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return inPowerfactorC;
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}
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public void setInPowerfactorC(Float inPowerfactorC) {
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this.inPowerfactorC = inPowerfactorC;
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}
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public Float getPassVola() {
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return passVola;
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}
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public void setPassVola(Float passVola) {
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this.passVola = passVola;
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}
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public Float getPassVolb() {
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return passVolb;
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}
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public void setPassVolb(Float passVolb) {
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this.passVolb = passVolb;
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}
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public Float getPassVolc() {
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return passVolc;
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}
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public void setPassVolc(Float passVolc) {
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this.passVolc = passVolc;
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}
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public Float getPassFreq() {
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return passFreq;
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}
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public void setPassFreq(Float passFreq) {
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this.passFreq = passFreq;
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}
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public Float getAboutVol() {
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return aboutVol;
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}
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public void setAboutVol(Float aboutVol) {
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this.aboutVol = aboutVol;
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}
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public Float getBcoutVol() {
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return bcoutVol;
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}
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public void setBcoutVol(Float bcoutVol) {
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this.bcoutVol = bcoutVol;
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}
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public Float getCaoutVol() {
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return caoutVol;
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}
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public void setCaoutVol(Float caoutVol) {
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this.caoutVol = caoutVol;
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}
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public Float getAbpassVol() {
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return abpassVol;
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}
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public void setAbpassVol(Float abpassVol) {
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this.abpassVol = abpassVol;
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}
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public Float getBcpassVol() {
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return bcpassVol;
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}
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public void setBcpassVol(Float bcpassVol) {
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this.bcpassVol = bcpassVol;
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}
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public Float getCapassVol() {
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return capassVol;
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}
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public void setCapassVol(Float capassVol) {
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this.capassVol = capassVol;
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}
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public Float getOutPowerfactorA() {
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return outPowerfactorA;
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}
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public void setOutPowerfactorA(Float outPowerfactorA) {
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this.outPowerfactorA = outPowerfactorA;
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}
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public Float getOutPowerfactorB() {
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return outPowerfactorB;
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}
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public void setOutPowerfactorB(Float outPowerfactorB) {
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this.outPowerfactorB = outPowerfactorB;
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}
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public Float getOutPowerfactorC() {
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return outPowerfactorC;
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}
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public void setOutPowerfactorC(Float outPowerfactorC) {
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this.outPowerfactorC = outPowerfactorC;
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}
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public Float getOutPeakratioA() {
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return outPeakratioA;
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}
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|
public void setOutPeakratioA(Float outPeakratioA) {
|
this.outPeakratioA = outPeakratioA;
|
}
|
|
public Float getOutPeakratioB() {
|
return outPeakratioB;
|
}
|
|
public void setOutPeakratioB(Float outPeakratioB) {
|
this.outPeakratioB = outPeakratioB;
|
}
|
|
public Float getOutPeakratioC() {
|
return outPeakratioC;
|
}
|
|
public void setOutPeakratioC(Float outPeakratioC) {
|
this.outPeakratioC = outPeakratioC;
|
}
|
|
public Float getOutActpowerA() {
|
return outActpowerA;
|
}
|
|
public void setOutActpowerA(Float outActpowerA) {
|
this.outActpowerA = outActpowerA;
|
}
|
|
public Float getOutActpowerB() {
|
return outActpowerB;
|
}
|
|
public void setOutActpowerB(Float outActpowerB) {
|
this.outActpowerB = outActpowerB;
|
}
|
|
public Float getOutActpowerC() {
|
return outActpowerC;
|
}
|
|
public void setOutActpowerC(Float outActpowerC) {
|
this.outActpowerC = outActpowerC;
|
}
|
|
public Float getOutReapowerA() {
|
return outReapowerA;
|
}
|
|
public void setOutReapowerA(Float outReapowerA) {
|
this.outReapowerA = outReapowerA;
|
}
|
|
public Float getOutReapowerB() {
|
return outReapowerB;
|
}
|
|
public void setOutReapowerB(Float outReapowerB) {
|
this.outReapowerB = outReapowerB;
|
}
|
|
public Float getOutReapowerC() {
|
return outReapowerC;
|
}
|
|
public void setOutReapowerC(Float outReapowerC) {
|
this.outReapowerC = outReapowerC;
|
}
|
|
public Float getOutApppowerA() {
|
return outApppowerA;
|
}
|
|
public void setOutApppowerA(Float outApppowerA) {
|
this.outApppowerA = outApppowerA;
|
}
|
|
public Float getOutApppowerB() {
|
return outApppowerB;
|
}
|
|
public void setOutApppowerB(Float outApppowerB) {
|
this.outApppowerB = outApppowerB;
|
}
|
|
public Float getOutApppowerC() {
|
return outApppowerC;
|
}
|
|
public void setOutApppowerC(Float outApppowerC) {
|
this.outApppowerC = outApppowerC;
|
}
|
|
public Float getOutLoadpercentA() {
|
return outLoadpercentA;
|
}
|
|
public void setOutLoadpercentA(Float outLoadpercentA) {
|
this.outLoadpercentA = outLoadpercentA;
|
}
|
|
public Float getOutLoadpercentB() {
|
return outLoadpercentB;
|
}
|
|
public void setOutLoadpercentB(Float outLoadpercentB) {
|
this.outLoadpercentB = outLoadpercentB;
|
}
|
|
public Float getOutLoadpercentC() {
|
return outLoadpercentC;
|
}
|
|
public void setOutLoadpercentC(Float outLoadpercentC) {
|
this.outLoadpercentC = outLoadpercentC;
|
}
|
|
public Float getSysoutActpowerA() {
|
return sysoutActpowerA;
|
}
|
|
public void setSysoutActpowerA(Float sysoutActpowerA) {
|
this.sysoutActpowerA = sysoutActpowerA;
|
}
|
|
public Float getSysoutActpowerB() {
|
return sysoutActpowerB;
|
}
|
|
public void setSysoutActpowerB(Float sysoutActpowerB) {
|
this.sysoutActpowerB = sysoutActpowerB;
|
}
|
|
public Float getSysoutActpowerC() {
|
return sysoutActpowerC;
|
}
|
|
public void setSysoutActpowerC(Float sysoutActpowerC) {
|
this.sysoutActpowerC = sysoutActpowerC;
|
}
|
|
public Float getSysoutApppowerA() {
|
return sysoutApppowerA;
|
}
|
|
public void setSysoutApppowerA(Float sysoutApppowerA) {
|
this.sysoutApppowerA = sysoutApppowerA;
|
}
|
|
public Float getSysoutApppowerB() {
|
return sysoutApppowerB;
|
}
|
|
public void setSysoutApppowerB(Float sysoutApppowerB) {
|
this.sysoutApppowerB = sysoutApppowerB;
|
}
|
|
public Float getSysoutApppowerC() {
|
return sysoutApppowerC;
|
}
|
|
public void setSysoutApppowerC(Float sysoutApppowerC) {
|
this.sysoutApppowerC = sysoutApppowerC;
|
}
|
|
public Float getSysoutReapowerA() {
|
return sysoutReapowerA;
|
}
|
|
public void setSysoutReapowerA(Float sysoutReapowerA) {
|
this.sysoutReapowerA = sysoutReapowerA;
|
}
|
|
public Float getSysoutReapowerB() {
|
return sysoutReapowerB;
|
}
|
|
public void setSysoutReapowerB(Float sysoutReapowerB) {
|
this.sysoutReapowerB = sysoutReapowerB;
|
}
|
|
public Float getSysoutReapowerC() {
|
return sysoutReapowerC;
|
}
|
|
public void setSysoutReapowerC(Float sysoutReapowerC) {
|
this.sysoutReapowerC = sysoutReapowerC;
|
}
|
|
public Float getDevEnvirTemp() {
|
return devEnvirTemp;
|
}
|
|
public void setDevEnvirTemp(Float devEnvirTemp) {
|
this.devEnvirTemp = devEnvirTemp;
|
}
|
|
public Float getBattBackupTime() {
|
return battBackupTime;
|
}
|
|
public void setBattBackupTime(Float battBackupTime) {
|
this.battBackupTime = battBackupTime;
|
}
|
|
public Float getBattPosivol() {
|
return battPosivol;
|
}
|
|
public void setBattPosivol(Float battPosivol) {
|
this.battPosivol = battPosivol;
|
}
|
|
public Float getBattPosicurr() {
|
return battPosicurr;
|
}
|
|
public void setBattPosicurr(Float battPosicurr) {
|
this.battPosicurr = battPosicurr;
|
}
|
|
public Float getBattNegavol() {
|
return battNegavol;
|
}
|
|
public void setBattNegavol(Float battNegavol) {
|
this.battNegavol = battNegavol;
|
}
|
|
public Float getBattNegacurr() {
|
return battNegacurr;
|
}
|
|
public void setBattNegacurr(Float battNegacurr) {
|
this.battNegacurr = battNegacurr;
|
}
|
|
public Float getBattAgecoefficient() {
|
return battAgecoefficient;
|
}
|
|
public void setBattAgecoefficient(Float battAgecoefficient) {
|
this.battAgecoefficient = battAgecoefficient;
|
}
|
|
public Float getBattTemp() {
|
return battTemp;
|
}
|
|
public void setBattTemp(Float battTemp) {
|
this.battTemp = battTemp;
|
}
|
|
public Float getEnvirTemp() {
|
return envirTemp;
|
}
|
|
public void setEnvirTemp(Float envirTemp) {
|
this.envirTemp = envirTemp;
|
}
|
|
public Integer getPowerSupplyState() {
|
return powerSupplyState;
|
}
|
|
public void setPowerSupplyState(Integer powerSupplyState) {
|
this.powerSupplyState = powerSupplyState;
|
}
|
|
public Integer getBattState() {
|
return battState;
|
}
|
|
public void setBattState(Integer battState) {
|
this.battState = battState;
|
}
|
|
public Integer getInverterOn() {
|
return inverterOn;
|
}
|
|
public void setInverterOn(Integer inverterOn) {
|
this.inverterOn = inverterOn;
|
}
|
|
public Integer getRectifierPowerSupply() {
|
return rectifierPowerSupply;
|
}
|
|
public void setRectifierPowerSupply(Integer rectifierPowerSupply) {
|
this.rectifierPowerSupply = rectifierPowerSupply;
|
}
|
|
public Integer getDynamoAccess() {
|
return dynamoAccess;
|
}
|
|
public void setDynamoAccess(Integer dynamoAccess) {
|
this.dynamoAccess = dynamoAccess;
|
}
|
|
public Integer getInputSwitchState() {
|
return inputSwitchState;
|
}
|
|
public void setInputSwitchState(Integer inputSwitchState) {
|
this.inputSwitchState = inputSwitchState;
|
}
|
|
public Integer getRepireSwitchState() {
|
return repireSwitchState;
|
}
|
|
public void setRepireSwitchState(Integer repireSwitchState) {
|
this.repireSwitchState = repireSwitchState;
|
}
|
|
public Integer getPassSwitchState() {
|
return passSwitchState;
|
}
|
|
public void setPassSwitchState(Integer passSwitchState) {
|
this.passSwitchState = passSwitchState;
|
}
|
|
public Integer getOutputSwitchState() {
|
return outputSwitchState;
|
}
|
|
public void setOutputSwitchState(Integer outputSwitchState) {
|
this.outputSwitchState = outputSwitchState;
|
}
|
|
public Integer getMachineWorkMode() {
|
return machineWorkMode;
|
}
|
|
public void setMachineWorkMode(Integer machineWorkMode) {
|
this.machineWorkMode = machineWorkMode;
|
}
|
|
public Integer getModelOnline() {
|
return modelOnline;
|
}
|
|
public void setModelOnline(Integer modelOnline) {
|
this.modelOnline = modelOnline;
|
}
|
|
public Integer getBattInswitchOpen() {
|
return battInswitchOpen;
|
}
|
|
public void setBattInswitchOpen(Integer battInswitchOpen) {
|
this.battInswitchOpen = battInswitchOpen;
|
}
|
|
public Integer getBcb1State() {
|
return bcb1State;
|
}
|
|
public void setBcb1State(Integer bcb1State) {
|
this.bcb1State = bcb1State;
|
}
|
|
public Integer getBcb2State() {
|
return bcb2State;
|
}
|
|
public void setBcb2State(Integer bcb2State) {
|
this.bcb2State = bcb2State;
|
}
|
|
public Integer getBcb3State() {
|
return bcb3State;
|
}
|
|
public void setBcb3State(Integer bcb3State) {
|
this.bcb3State = bcb3State;
|
}
|
|
public Integer getBcb4State() {
|
return bcb4State;
|
}
|
|
public void setBcb4State(Integer bcb4State) {
|
this.bcb4State = bcb4State;
|
}
|
|
public Integer getUpsAlm1() {
|
return upsAlm1;
|
}
|
|
public void setUpsAlm1(Integer upsAlm1) {
|
this.upsAlm1 = upsAlm1;
|
}
|
|
public Integer getUpsAlm2() {
|
return upsAlm2;
|
}
|
|
public void setUpsAlm2(Integer upsAlm2) {
|
this.upsAlm2 = upsAlm2;
|
}
|
|
public Integer getUpsAlm3() {
|
return upsAlm3;
|
}
|
|
public void setUpsAlm3(Integer upsAlm3) {
|
this.upsAlm3 = upsAlm3;
|
}
|
|
public Integer getUpsAlm4() {
|
return upsAlm4;
|
}
|
|
public void setUpsAlm4(Integer upsAlm4) {
|
this.upsAlm4 = upsAlm4;
|
}
|
|
public Integer getUpsConnErr() {
|
return upsConnErr;
|
}
|
|
public void setUpsConnErr(Integer upsConnErr) {
|
this.upsConnErr = upsConnErr;
|
}
|
|
public Integer getParallelsysPowerstate() {
|
return parallelsysPowerstate;
|
}
|
|
public void setParallelsysPowerstate(Integer parallelsysPowerstate) {
|
this.parallelsysPowerstate = parallelsysPowerstate;
|
}
|
}
|
