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 lombok.AllArgsConstructor;
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import lombok.Data;
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import lombok.EqualsAndHashCode;
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import lombok.NoArgsConstructor;
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import lombok.experimental.Accessors;
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import java.io.Serializable;
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import java.util.Date;
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/**
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* <p>
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* ups电源遥测量实时状态表
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* </p>
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*
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* @author xuzhongpei
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* @since 2023-11-20
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*/
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@Data
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@EqualsAndHashCode(callSuper = false)
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@Accessors(chain = true)
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@AllArgsConstructor
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@NoArgsConstructor
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@TableName(schema = "db_pwrdev_data_rt",value ="tb_upspower_simulate")
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@ApiModel(value="UpspowerSimulate对象", description="ups电源遥测量实时状态表")
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public class UpspowerSimulate implements Serializable {
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private static final long serialVersionUID = 1L;
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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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}
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