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# Conflicts:
#	cs-device/cs-device-boot/src/main/java/com/njcn/csdevice/controller/line/CslineController.java
This commit is contained in:
cdf
2025-12-05 09:13:20 +08:00
parent e6df543f1d f86a3c4167
commit 3753544e5f
53 changed files with 5789 additions and 60 deletions
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39
cs-device/cs-device-api/src/main/java/com/njcn/csdevice/api/OverLimitClient.java Normal file
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package com.njcn.csdevice.api;
import com.njcn.common.pojo.constant.ServerInfo;
import com.njcn.common.pojo.response.HttpResult;
import com.njcn.csdevice.api.fallback.OverLimitFallbackFactory;
import com.njcn.csdevice.pojo.po.Overlimit;
import org.springframework.cloud.openfeign.FeignClient;
import org.springframework.web.bind.annotation.PostMapping;
import org.springframework.web.bind.annotation.RequestBody;
import java.util.List;
import java.util.Map;
/**
* 监测点数据完整性
* @author cdf
* @date 2023/6/7
*/
@FeignClient(value = ServerInfo.CS_DEVICE_BOOT,
path = "/overLimit",
fallbackFactory = OverLimitFallbackFactory.class,contextId = "overLimit")
public interface OverLimitClient {
/**
*
* @author cdf
* @date 2023/6/7
*/
@PostMapping("/getOverLimitByLineIds")
HttpResult<List<Overlimit>> getOverLimitByLineIds(@RequestBody List<String> lineIds);
/**
*
* @author cdf
* @date 2023/6/7
*/
@PostMapping("/getLimitMapsByLineIds")
HttpResult<List<Map<String, Object>>> getLimitMapsByLineIds(@RequestBody List<String> lineIds);
}

49
cs-device/cs-device-api/src/main/java/com/njcn/csdevice/api/fallback/OverLimitFallbackFactory.java Normal file
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package com.njcn.csdevice.api.fallback;
import com.njcn.common.pojo.enums.response.CommonResponseEnum;
import com.njcn.common.pojo.exception.BusinessException;
import com.njcn.common.pojo.response.HttpResult;
import com.njcn.csdevice.api.OverLimitClient;
import com.njcn.csdevice.pojo.po.Overlimit;
import com.njcn.device.biz.utils.DeviceEnumUtil;
import feign.hystrix.FallbackFactory;
import lombok.extern.slf4j.Slf4j;
import org.springframework.stereotype.Component;
import java.util.List;
import java.util.Map;
/**
* 告警管理熔断降级
* @author yzh
* @date 2022/9/19
*/
@Slf4j
@Component
public class OverLimitFallbackFactory implements FallbackFactory<OverLimitClient> {
@Override
public OverLimitClient create(Throwable throwable) {
//判断抛出异常是否为解码器抛出的业务异常
Enum<?> exceptionEnum = CommonResponseEnum.SERVICE_FALLBACK;
if (throwable.getCause() instanceof BusinessException) {
BusinessException businessException = (BusinessException) throwable.getCause();
exceptionEnum = DeviceEnumUtil.getExceptionEnum(businessException.getResult());
}
Enum<?> finalExceptionEnum = exceptionEnum;
return new OverLimitClient() {
@Override
public HttpResult<List<Overlimit>> getOverLimitByLineIds(List<String> lineIds) {
log.error("{}异常，降级处理，异常为：{}", "监测点限值", throwable.toString());
throw new BusinessException(finalExceptionEnum);
}
@Override
public HttpResult<List<Map<String, Object>>> getLimitMapsByLineIds(List<String> lineIds) {
log.error("{}异常，降级处理，异常为：{}", "获取监测点限值map", throwable.toString());
throw new BusinessException(finalExceptionEnum);
}
};
}
}

953
cs-device/cs-device-api/src/main/java/com/njcn/csdevice/pojo/po/Overlimit.java Normal file
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package com.njcn.csdevice.pojo.po;
import com.baomidou.mybatisplus.annotation.TableField;
import com.baomidou.mybatisplus.annotation.TableName;
import com.njcn.device.biz.utils.COverlimit;
import lombok.Data;
import java.io.Serializable;
/**
* <p>
*
* </p>
*
* @author cdf
* @since 2022-01-04
*/
@Data
@TableName("pq_overlimit")
public class Overlimit implements Serializable {
private static final long serialVersionUID = 1L;
/**
* 监测点序号
*/
private String id;
/**
* 频率限值
*/
private Float freqDev;
/**
* 电压波动
*/
private Float voltageFluctuation;
/**
* 电压上偏差限值
*/
private Float voltageDev;
/**
* 电压下偏差限值
*/
private Float uvoltageDev;
/**
* 三相电压不平衡度限值
*/
private Float ubalance;
/**
* 短时电压不平衡度限值
*/
private Float shortUbalance;
/**
* 闪变限值
*/
private Float flicker;
/**
* 电压总谐波畸变率限值
*/
private Float uaberrance;
/**
* 负序电流限值
*/
private Float iNeg;
/**
* 2次谐波电压限值
*/
@TableField("uharm_2")
private Float uharm2;
/**
* 3次谐波电压限值
*/
@TableField("uharm_3")
private Float uharm3;
/**
* 4次谐波电压限值
*/
@TableField("uharm_4")
private Float uharm4;
/**
* 5次谐波电压限值
*/
@TableField("uharm_5")
private Float uharm5;
/**
* 6次谐波电压限值
*/
@TableField("uharm_6")
private Float uharm6;
/**
* 7次谐波电压限值
*/
@TableField("uharm_7")
private Float uharm7;
/**
* 8次谐波电压限值
*/
@TableField("uharm_8")
private Float uharm8;
/**
* 9次谐波电压限值
*/
@TableField("uharm_9")
private Float uharm9;
/**
* 10次谐波电压限值
*/
@TableField("uharm_10")
private Float uharm10;
/**
* 11次谐波电压限值
*/
@TableField("uharm_11")
private Float uharm11;
/**
* 12次谐波电压限值
*/
@TableField("uharm_12")
private Float uharm12;
/**
* 13次谐波电压限值
*/
@TableField("uharm_13")
private Float uharm13;
/**
* 14次谐波电压限值
*/
@TableField("uharm_14")
private Float uharm14;
/**
* 15次谐波电压限值
*/
@TableField("uharm_15")
private Float uharm15;
/**
* 16次谐波电压限值
*/
@TableField("uharm_16")
private Float uharm16;
/**
* 17次谐波电压限值
*/
@TableField("uharm_17")
private Float uharm17;
/**
* 18次谐波电压限值
*/
@TableField("uharm_18")
private Float uharm18;
/**
* 19次谐波电压限值
*/
@TableField("uharm_19")
private Float uharm19;
/**
* 20次谐波电压限值
*/
@TableField("uharm_20")
private Float uharm20;
/**
* 21次谐波电压限值
*/
@TableField("uharm_21")
private Float uharm21;
/**
* 22次谐波电压限值
*/
@TableField("uharm_22")
private Float uharm22;
/**
* 23次谐波电压限值
*/
@TableField("uharm_23")
private Float uharm23;
/**
* 24次谐波电压限值
*/
@TableField("uharm_24")
private Float uharm24;
/**
* 25次谐波电压限值
*/
@TableField("uharm_25")
private Float uharm25;
/**
* 2次谐波电压限值
*/
@TableField("uharm_26")
private Float uharm26;
/**
* 3次谐波电压限值
*/
@TableField("uharm_27")
private Float uharm27;
/**
* 4次谐波电压限值
*/
@TableField("uharm_28")
private Float uharm28;
/**
* 5次谐波电压限值
*/
@TableField("uharm_29")
private Float uharm29;
/**
* 6次谐波电压限值
*/
@TableField("uharm_30")
private Float uharm30;
/**
* 7次谐波电压限值
*/
@TableField("uharm_31")
private Float uharm31;
/**
* 8次谐波电压限值
*/
@TableField("uharm_32")
private Float uharm32;
/**
* 9次谐波电压限值
*/
@TableField("uharm_33")
private Float uharm33;
/**
* 10次谐波电压限值
*/
@TableField("uharm_34")
private Float uharm34;
/**
* 11次谐波电压限值
*/
@TableField("uharm_35")
private Float uharm35;
/**
* 12次谐波电压限值
*/
@TableField("uharm_36")
private Float uharm36;
/**
* 13次谐波电压限值
*/
@TableField("uharm_37")
private Float uharm37;
/**
* 14次谐波电压限值
*/
@TableField("uharm_38")
private Float uharm38;
/**
* 15次谐波电压限值
*/
@TableField("uharm_39")
private Float uharm39;
/**
* 16次谐波电压限值
*/
@TableField("uharm_40")
private Float uharm40;
/**
* 17次谐波电压限值
*/
@TableField("uharm_41")
private Float uharm41;
/**
* 18次谐波电压限值
*/
@TableField("uharm_42")
private Float uharm42;
/**
* 19次谐波电压限值
*/
@TableField("uharm_43")
private Float uharm43;
/**
* 20次谐波电压限值
*/
@TableField("uharm_44")
private Float uharm44;
/**
* 21次谐波电压限值
*/
@TableField("uharm_45")
private Float uharm45;
/**
* 22次谐波电压限值
*/
@TableField("uharm_46")
private Float uharm46;
/**
* 23次谐波电压限值
*/
@TableField("uharm_47")
private Float uharm47;
/**
* 24次谐波电压限值
*/
@TableField("uharm_48")
private Float uharm48;
/**
* 25次谐波电压限值
*/
@TableField("uharm_49")
private Float uharm49;
/**
* 50次谐波电压限值
*/
@TableField("uharm_50")
private Float uharm50;
/**
* 2次谐波电流限值
*/
@TableField("iharm_2")
private Float iharm2;
/**
* 3次谐波电流限值
*/
@TableField("iharm_3")
private Float iharm3;
/**
* 4次谐波电流限值
*/
@TableField("iharm_4")
private Float iharm4;
/**
* 5次谐波电流限值
*/
@TableField("iharm_5")
private Float iharm5;
/**
* 6次谐波电流限值
*/
@TableField("iharm_6")
private Float iharm6;
/**
* 7次谐波电流限值
*/
@TableField("iharm_7")
private Float iharm7;
/**
* 8次谐波电流限值
*/
@TableField("iharm_8")
private Float iharm8;
/**
* 9次谐波电流限值
*/
@TableField("iharm_9")
private Float iharm9;
/**
* 10次谐波电流限值
*/
@TableField("iharm_10")
private Float iharm10;
/**
* 11次谐波电流限值
*/
@TableField("iharm_11")
private Float iharm11;
/**
* 12次谐波电流限值
*/
@TableField("iharm_12")
private Float iharm12;
/**
* 13次谐波电流限值
*/
@TableField("iharm_13")
private Float iharm13;
/**
* 14次谐波电流限值
*/
@TableField("iharm_14")
private Float iharm14;
/**
* 15次谐波电流限值
*/
@TableField("iharm_15")
private Float iharm15;
/**
* 16次谐波电流限值
*/
@TableField("iharm_16")
private Float iharm16;
/**
* 17次谐波电流限值
*/
@TableField("iharm_17")
private Float iharm17;
/**
* 18次谐波电流限值
*/
@TableField("iharm_18")
private Float iharm18;
/**
* 19次谐波电流限值
*/
@TableField("iharm_19")
private Float iharm19;
/**
* 20次谐波电流限值
*/
@TableField("iharm_20")
private Float iharm20;
/**
* 21次谐波电流限值
*/
@TableField("iharm_21")
private Float iharm21;
/**
* 22次谐波电流限值
*/
@TableField("iharm_22")
private Float iharm22;
/**
* 23次谐波电流限值
*/
@TableField("iharm_23")
private Float iharm23;
/**
* 24次谐波电流限值
*/
@TableField("iharm_24")
private Float iharm24;
/**
* 25次谐波电流限值
*/
@TableField("iharm_25")
private Float iharm25;
/**
* 2次谐波电压限值
*/
@TableField("iharm_26")
private Float iharm26;
/**
* 3次谐波电压限值
*/
@TableField("iharm_27")
private Float iharm27;
/**
* 4次谐波电压限值
*/
@TableField("iharm_28")
private Float iharm28;
/**
* 5次谐波电压限值
*/
@TableField("iharm_29")
private Float iharm29;
/**
* 6次谐波电压限值
*/
@TableField("iharm_30")
private Float iharm30;
/**
* 7次谐波电压限值
*/
@TableField("iharm_31")
private Float iharm31;
/**
* 8次谐波电压限值
*/
@TableField("iharm_32")
private Float iharm32;
/**
* 9次谐波电压限值
*/
@TableField("iharm_33")
private Float iharm33;
/**
* 10次谐波电压限值
*/
@TableField("iharm_34")
private Float iharm34;
/**
* 11次谐波电压限值
*/
@TableField("iharm_35")
private Float iharm35;
/**
* 12次谐波电压限值
*/
@TableField("iharm_36")
private Float iharm36;
/**
* 13次谐波电压限值
*/
@TableField("iharm_37")
private Float iharm37;
/**
* 14次谐波电压限值
*/
@TableField("iharm_38")
private Float iharm38;
/**
* 15次谐波电压限值
*/
@TableField("iharm_39")
private Float iharm39;
/**
* 16次谐波电压限值
*/
@TableField("iharm_40")
private Float iharm40;
/**
* 17次谐波电压限值
*/
@TableField("iharm_41")
private Float iharm41;
/**
* 18次谐波电压限值
*/
@TableField("iharm_42")
private Float iharm42;
/**
* 19次谐波电压限值
*/
@TableField("iharm_43")
private Float iharm43;
/**
* 20次谐波电压限值
*/
@TableField("iharm_44")
private Float iharm44;
/**
* 21次谐波电压限值
*/
@TableField("iharm_45")
private Float iharm45;
/**
* 22次谐波电压限值
*/
@TableField("iharm_46")
private Float iharm46;
/**
* 23次谐波电压限值
*/
@TableField("iharm_47")
private Float iharm47;
/**
* 24次谐波电压限值
*/
@TableField("iharm_48")
private Float iharm48;
/**
* 25次谐波电压限值
*/
@TableField("iharm_49")
private Float iharm49;
/**
* 50次谐波电压限值
*/
@TableField("iharm_50")
private Float iharm50;
/**
* 0.5次间谐波电压限值
*/
@TableField("inuharm_1")
private Float inuharm1;
/**
* 1.5次间谐波电压限值
*/
@TableField("inuharm_2")
private Float inuharm2;
/**
* 2.5次间谐波电压限值
*/
@TableField("inuharm_3")
private Float inuharm3;
/**
* 3.5次间谐波电压限值
*/
@TableField("inuharm_4")
private Float inuharm4;
/**
* 4.5次间谐波电压限值
*/
@TableField("inuharm_5")
private Float inuharm5;
/**
* 5.5次间谐波电压限值
*/
@TableField("inuharm_6")
private Float inuharm6;
/**
* 6.5次间谐波电压限值
*/
@TableField("inuharm_7")
private Float inuharm7;
/**
* 7.5次间谐波电压限值
*/
@TableField("inuharm_8")
private Float inuharm8;
/**
* 8.5次间谐波电压限值
*/
@TableField("inuharm_9")
private Float inuharm9;
/**
* 9.5次间谐波电压限值
*/
@TableField("inuharm_10")
private Float inuharm10;
/**
* 10.5次间谐波电压限值
*/
@TableField("inuharm_11")
private Float inuharm11;
/**
* 11.5次间谐波电压限值
*/
@TableField("inuharm_12")
private Float inuharm12;
/**
* 12.5次间谐波电压限值
*/
@TableField("inuharm_13")
private Float inuharm13;
/**
* 13.5次间谐波电压限值
*/
@TableField("inuharm_14")
private Float inuharm14;
/**
* 14.5次间谐波电压限值
*/
@TableField("inuharm_15")
private Float inuharm15;
/**
* 15.5次间谐波电压限值
*/
@TableField("inuharm_16")
private Float inuharm16;
public Overlimit(){}
public Overlimit(String lineId, String scaTmp, float fDLRL, float fJZRL, float fXYRL, float fSBRL){
float[] fLimit = COverlimit.GetOverLimit(scaTmp, fDLRL, fJZRL, fXYRL, fSBRL);
this.id=lineId;
this.freqDev=fLimit[0];
this.voltageDev=fLimit[1];
this.ubalance=fLimit[2];
this.flicker=fLimit[3];
this.uaberrance=fLimit[4];
this.uharm2=fLimit[5];
this.uharm3=fLimit[6];
this.uharm4=fLimit[7];
this.uharm5=fLimit[8];
this.uharm6=fLimit[9];
this.uharm7=fLimit[10];
this.uharm8=fLimit[11];
this.uharm9=fLimit[12];
this.uharm10=fLimit[13];
this.uharm11=fLimit[14];
this.uharm12=fLimit[15];
this.uharm13=fLimit[16];
this.uharm14=fLimit[17];
this.uharm15=fLimit[18];
this.uharm16=fLimit[19];
this.uharm17=fLimit[20];
this.uharm18=fLimit[21];
this.uharm19=fLimit[22];
this.uharm20=fLimit[23];
this.uharm21=fLimit[24];
this.uharm22=fLimit[25];
this.uharm23=fLimit[26];
this.uharm24=fLimit[27];
this.uharm25=fLimit[28];
this.iharm2=fLimit[29];
this.iharm3=fLimit[30];
this.iharm4=fLimit[31];
this.iharm5=fLimit[32];
this.iharm6=fLimit[33];
this.iharm7=fLimit[34];
this.iharm8=fLimit[35];
this.iharm9=fLimit[36];
this.iharm10=fLimit[37];
this.iharm11=fLimit[38];
this.iharm12=fLimit[39];
this.iharm13=fLimit[40];
this.iharm14=fLimit[41];
this.iharm15=fLimit[42];
this.iharm16=fLimit[43];
this.iharm17=fLimit[44];
this.iharm18=fLimit[45];
this.iharm19=fLimit[46];
this.iharm20=fLimit[47];
this.iharm21=fLimit[48];
this.iharm22=fLimit[49];
this.iharm23=fLimit[50];
this.iharm24=fLimit[51];
this.iharm25=fLimit[52];
this.uvoltageDev=fLimit[53];
this.iNeg=fLimit[54];
this.inuharm1=fLimit[55];
this.inuharm2=fLimit[56];
this.inuharm3=fLimit[57];
this.inuharm4=fLimit[58];
this.inuharm5=fLimit[59];
this.inuharm6=fLimit[60];
this.inuharm7=fLimit[61];
this.inuharm8=fLimit[62];
this.inuharm9=fLimit[63];
this.inuharm10=fLimit[64];
this.inuharm11=fLimit[65];
this.inuharm12=fLimit[66];
this.inuharm13=fLimit[67];
this.inuharm14=fLimit[68];
this.inuharm15=fLimit[69];
this.inuharm16=fLimit[70];
}
public void buildIHarm(Float[] iHarmTem){
this.iharm2= iHarmTem[0];
this.iharm4= iHarmTem[2];
this.iharm6= iHarmTem[4];
this.iharm8= iHarmTem[6];
this.iharm10= iHarmTem[8];
this.iharm12= iHarmTem[10];
this.iharm14= iHarmTem[12];
this.iharm16= iHarmTem[14];
this.iharm18= iHarmTem[16];
this.iharm20= iHarmTem[18];
this.iharm22= iHarmTem[20];
this.iharm24= iHarmTem[22];
this.iharm26= iHarmTem[24];
this.iharm28= iHarmTem[26];
this.iharm30= iHarmTem[28];
this.iharm32= iHarmTem[30];
this.iharm34= iHarmTem[32];
this.iharm36= iHarmTem[34];
this.iharm38= iHarmTem[36];
this.iharm40= iHarmTem[38];
this.iharm42= iHarmTem[40];
this.iharm44= iHarmTem[42];
this.iharm46= iHarmTem[44];
this.iharm48= iHarmTem[46];
this.iharm50= iHarmTem[48];
this.iharm3= iHarmTem[1];
this.iharm5= iHarmTem[3];
this.iharm7= iHarmTem[5];
this.iharm9= iHarmTem[7];
this.iharm11= iHarmTem[9];
this.iharm13= iHarmTem[11];
this.iharm15= iHarmTem[13];
this.iharm17= iHarmTem[15];
this.iharm19= iHarmTem[17];
this.iharm21= iHarmTem[19];
this.iharm23= iHarmTem[21];
this.iharm25= iHarmTem[23];
this.iharm27= iHarmTem[25];
this.iharm29= iHarmTem[27];
this.iharm31= iHarmTem[29];
this.iharm33= iHarmTem[31];
this.iharm35= iHarmTem[33];
this.iharm37= iHarmTem[35];
this.iharm39= iHarmTem[37];
this.iharm41= iHarmTem[39];
this.iharm43= iHarmTem[41];
this.iharm45= iHarmTem[43];
this.iharm47= iHarmTem[45];
this.iharm49= iHarmTem[47];
}
public void buildUharm(Float resultEven,Float resultOdd){
this.uharm2=resultEven;
this.uharm4=resultEven;
this.uharm6=resultEven;
this.uharm8=resultEven;
this.uharm10=resultEven;
this.uharm12=resultEven;
this.uharm14=resultEven;
this.uharm16=resultEven;
this.uharm18=resultEven;
this.uharm20=resultEven;
this.uharm22=resultEven;
this.uharm24=resultEven;
this.uharm26=resultEven;
this.uharm28=resultEven;
this.uharm30=resultEven;
this.uharm32=resultEven;
this.uharm34=resultEven;
this.uharm36=resultEven;
this.uharm38=resultEven;
this.uharm40=resultEven;
this.uharm42=resultEven;
this.uharm44=resultEven;
this.uharm46=resultEven;
this.uharm48=resultEven;
this.uharm50=resultEven;
this.uharm3=resultOdd;
this.uharm5=resultOdd;
this.uharm7=resultOdd;
this.uharm9=resultOdd;
this.uharm11=resultOdd;
this.uharm13=resultOdd;
this.uharm15=resultOdd;
this.uharm17=resultOdd;
this.uharm19=resultOdd;
this.uharm21=resultOdd;
this.uharm23=resultOdd;
this.uharm25=resultOdd;
this.uharm27=resultOdd;
this.uharm29=resultOdd;
this.uharm31=resultOdd;
this.uharm33=resultOdd;
this.uharm35=resultOdd;
this.uharm37=resultOdd;
this.uharm39=resultOdd;
this.uharm41=resultOdd;
this.uharm43=resultOdd;
this.uharm45=resultOdd;
this.uharm47=resultOdd;
this.uharm49=resultOdd;
}
}

120
cs-device/cs-device-api/src/main/java/com/njcn/csdevice/pojo/vo/LineOverLimitVO.java Normal file
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package com.njcn.csdevice.pojo.vo;
import io.swagger.annotations.ApiModel;
import io.swagger.annotations.ApiModelProperty;
import lombok.Data;
/**
* @author denghuajun
* @date 2022/2/23
*
*/
@Data
@ApiModel
public class LineOverLimitVO {
@ApiModelProperty(name = "freqDev",value = "频率限值")
private Float freqDev;
@ApiModelProperty(name = "voltageDev",value = "电压上偏差限值")
private Float voltageDev;
@ApiModelProperty(name = "uvoltageDev",value = "电压下偏差限值")
private Float uvoltageDev;
@ApiModelProperty(name = "ubalance",value = "三相电压不平衡度限值")
private Float ubalance;
@ApiModelProperty(name = "iNeg",value = "负序电流")
private Float iNeg;
@ApiModelProperty(name = "flicker",value = "长时闪变限值")
private Float flicker;
@ApiModelProperty(name = "uaberrance",value = "电压总谐波畸变率限值")
private Float uaberrance;
@ApiModelProperty(name = "oddHarm",value = "奇次谐波含有率限值")
private Float oddHarm;
@ApiModelProperty(name = "evenHarm",value = "偶次谐波含有率限值")
private Float evenHarm;
@ApiModelProperty(name = "iharm2",value = "2次谐波电流幅值限值")
private Float iharm2;
@ApiModelProperty(name = "iharm3",value = "3次谐波电流幅值限值")
private Float iharm3;
@ApiModelProperty(name = "iharm4",value = "4次谐波电流幅值限值")
private Float iharm4;
@ApiModelProperty(name = "iharm5",value = "5次谐波电流幅值限值")
private Float iharm5;
@ApiModelProperty(name = "iharm6",value = "6次谐波电流幅值限值")
private Float iharm6;
@ApiModelProperty(name = "iharm7",value = "7次谐波电流幅值限值")
private Float iharm7;
@ApiModelProperty(name = "iharm8",value = "8次谐波电流幅值限值")
private Float iharm8;
@ApiModelProperty(name = "iharm9",value = "9次谐波电流幅值限值")
private Float iharm9;
@ApiModelProperty(name = "iharm10",value = "10次谐波电流幅值限值")
private Float iharm10;
@ApiModelProperty(name = "iharm11",value = "11次谐波电流幅值限值")
private Float iharm11;
@ApiModelProperty(name = "iharm12",value = "12次谐波电流幅值限值")
private Float iharm12;
@ApiModelProperty(name = "iharm13",value = "13次谐波电流幅值限值")
private Float iharm13;
@ApiModelProperty(name = "iharm14",value = "14次谐波电流幅值限值")
private Float iharm14;
@ApiModelProperty(name = "iharm15",value = "15次谐波电流幅值限值")
private Float iharm15;
@ApiModelProperty(name = "iharm16",value = "16次谐波电流幅值限值")
private Float iharm16;
@ApiModelProperty(name = "iharm17",value = "17次谐波电流幅值限值")
private Float iharm17;
@ApiModelProperty(name = "iharm18",value = "18次谐波电流幅值限值")
private Float iharm18;
@ApiModelProperty(name = "iharm19",value = "19次谐波电流幅值限值")
private Float iharm19;
@ApiModelProperty(name = "iharm20",value = "20次谐波电流幅值限值")
private Float iharm20;
@ApiModelProperty(name = "iharm21",value = "21次谐波电流幅值限值")
private Float iharm21;
@ApiModelProperty(name = "iharm22",value = "22次谐波电流幅值限值")
private Float iharm22;
@ApiModelProperty(name = "iharm23",value = "23次谐波电流幅值限值")
private Float iharm23;
@ApiModelProperty(name = "iharm24",value = "24次谐波电流幅值限值")
private Float iharm24;
@ApiModelProperty(name = "iharm25",value = "25次谐波电流幅值限值")
private Float iharm25;
@ApiModelProperty(name = "inUharm",value = "0.5-1.5次间谐波电压幅值限值")
private Float inUharm;
@ApiModelProperty(name = "inUharm16",value = "2.5-15.5次间谐波电压幅值限值")
private Float inUharm16;
}

383
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package com.njcn.csdevice.utils;
import com.njcn.csdevice.pojo.po.Overlimit;
import com.njcn.device.biz.enums.RunFlagEnum;
import com.njcn.system.enums.DicDataEnum;
import java.math.BigDecimal;
import java.math.RoundingMode;
import java.util.Objects;
/**
* pqs
* 限值计算工具类
*
* @author cdf
* @date 2023/5/15
*/
public class COverlimitUtil {
/**
* 谐波电流系数
*/
private static final double[][] ARR = {
{78, 62, 39, 62, 26, 44, 19, 21, 16, 28, 13, 24, 11, 12, 9.7, 18, 8.6, 16, 7.8, 8.9, 7.1, 14, 6.5, 12, 6.0, 6.9, 5.6, 11, 5.2, 10, 4.9, 5.6, 4.6, 8.9, 4.3, 8.4, 4.1, 4.8, 3.9, 7.6, 3.7, 7.2, 3.5, 4.1, 3.4, 6.6, 3.3, 6.3, 3.1},
{43, 34, 21, 34, 14, 24, 11, 11, 8.5, 16, 7.1, 13, 6.1, 6.8, 5.3, 10, 4.7, 9, 4.3, 4.9, 3.9, 7.4, 3.6, 6.8, 3.3, 3.8, 3.1, 5.9, 2.9, 5.5, 2.7, 3.1, 2.5, 4.9, 2.4, 4.6, 2.3, 2.6, 2.2, 4.1, 2.0, 4.0, 2.0, 2.3, 1.9, 3.6, 1.8, 3.5, 1.7},
{26, 20, 13, 20, 8.5, 15, 6.4, 6.8, 5.1, 9.3, 4.3, 7.9, 3.7, 4.1, 3.2, 6, 2.8, 5.4, 2.6, 2.9, 2.3, 4.5, 2.1, 4.1, 2.0, 2.2, 1.9, 3.4, 1.7, 3.2, 1.6, 1.8, 1.5, 2.9, 1.4, 2.7, 1.4, 1.5, 1.3, 2.4, 1.2, 2.3, 1.2, 1.3, 1.1, 2.1, 1.1, 2.0, 1.0},
{15, 12, 7.7, 12, 5.1, 8.8, 3.8, 4.1, 3.1, 5.6, 2.6, 4.7, 2.2, 2.5, 1.9, 3.6, 1.7, 3.2, 1.5, 1.8, 1.4, 2.7, 1.3, 2.5, 1.2, 1.3, 1.1, 2.1, 1.0, 1.9, 0.9, 1.1, 0.9, 1.7, 0.8, 1.6, 0.8, 0.9, 0.8, 1.5, 0.7, 1.4, 0.7, 0.8, 0.7, 1.3, 0.6, 1.2, 0.6},
{16, 13, 8.1, 13, 5.4, 9.3, 4.1, 4.3, 3.3, 5.9, 2.7, 5, 2.3, 2.6, 2, 3.8, 1.8, 3.4, 1.6, 1.9, 1.5, 2.8, 1.4, 2.6, 1.2, 1.4, 1.1, 2.2, 1.1, 2.1, 1.0, 1.2, 0.9, 1.9, 0.9, 1.8, 0.8, 1.0, 0.8, 1.6, 0.8, 1.5, 0.7, 0.9, 0.7, 1.4, 0.7, 1.3, 0.6},
{12, 9.6, 6, 9.6, 4, 6.8, 3, 3.2, 2.4, 4.3, 2, 3.7, 1.7, 1.9, 1.5, 2.8, 1.3, 2.5, 1.2, 1.4, 1.1, 2.1, 1, 1.9, 0.9, 1.1, 0.9, 1.7, 0.8, 1.5, 0.8, 0.9, 0.7, 1.4, 0.7, 1.3, 0.6, 0.7, 0.6, 1.2, 0.6, 1.1, 0.5, 0.6, 0.5, 1.0, 0.5, 1.0, 0.5}
};
/**
* 计算监测点限值
* @param voltageLevel 电压等级（10kV = 10 220kV = 220 ）
* @param protocolCapacity 协议容量
* @param devCapacity 设备容量
* @param shortCapacity 短路容量
* @param powerFlag 0.用户侧 1.电网侧
* @param lineType 0.主网 1.配网 需要注意配网目前没有四种容量，谐波电流幅值限值,负序电流限值无法计算默认-3.14159
*/
public static Overlimit globalAssemble(Float voltageLevel, Float protocolCapacity, Float devCapacity,
Float shortCapacity, Integer powerFlag, Integer lineType) {
Overlimit overlimit = new Overlimit();
voltageDeviation(overlimit,voltageLevel);
frequency(overlimit);
voltageFluctuation(overlimit,voltageLevel);
voltageFlicker(overlimit,voltageLevel);
totalHarmonicDistortion(overlimit,voltageLevel);
uHarm(overlimit,voltageLevel);
threeVoltageUnbalance(overlimit);
interharmonicCurrent(overlimit,voltageLevel);
if(Objects.equals(lineType, RunFlagEnum.PW_FLAG.getStatus())) {
//配网
Float[] iHarmTem = new Float[49];
for (int i = 0; i <= 48; i++) {
iHarmTem[i] = -3.14159f;
}
overlimit.buildIHarm(iHarmTem);
overlimit.setINeg(-3.14159f);
}else {
//主网
iHarm(overlimit, voltageLevel, protocolCapacity, devCapacity, shortCapacity);
negativeSequenceCurrent(overlimit, voltageLevel, shortCapacity);
}
return overlimit;
}
/**
* 电压偏差限值
*
*/
public static void voltageDeviation(Overlimit overlimit,Float voltageLevel) {
float voltageDev = 3.14159f,uvoltageDev = 3.14159f;
if(voltageLevel <= Float.parseFloat(DicDataEnum.V220.getCode())){
voltageDev = 7.0f;
uvoltageDev=-10.0f;
}else if(voltageLevel>Float.parseFloat(DicDataEnum.V220.getCode())&&voltageLevel<Float.parseFloat(DicDataEnum.KV20.getCode())){
voltageDev = 7.0f;
uvoltageDev=-7.0f;
}else if(voltageLevel>=Float.parseFloat(DicDataEnum.KV20.getCode())&&voltageLevel<Float.parseFloat(DicDataEnum.KV35.getCode())){
voltageDev = 7.0f;
uvoltageDev=-7.0f;
}else if(voltageLevel>=Float.parseFloat(DicDataEnum.KV35.getCode())&&voltageLevel<Float.parseFloat(DicDataEnum.KV66.getCode())){
voltageDev = 10.0f;
uvoltageDev=-10.0f;
}else if(voltageLevel>=Float.parseFloat(DicDataEnum.KV66.getCode())&&voltageLevel<=Float.parseFloat(DicDataEnum.KV110.getCode())){
voltageDev = 7.0f;
uvoltageDev=-3.0f;
}else if(voltageLevel>Float.parseFloat(DicDataEnum.KV110.getCode())){
voltageDev = 10.0f;
uvoltageDev=-10.0f;
}
overlimit.setVoltageDev(voltageDev);
overlimit.setUvoltageDev(uvoltageDev);
}
/**
* 频率偏差
* 默认限值：±0.2Hz（即：-0.2 Hz≤限值≤0.2 Hz）
*/
public static void frequency(Overlimit overlimit) {
overlimit.setFreqDev(0.2f);
}
/**
* 电压波动
* 对LV、MV：0≤限值≤3%；对HV：0≤限值≤2.5%。
* LV、MV、HV的定义：
* 低压（LV） UN≤1kV
* 中压（MV） 1kV＜UN≤35kV
* 高压（HV） 35kV＜UN≤220kV
* 超高压（EHV），220kV＜UN，参照HV执行
*/
public static void voltageFluctuation(Overlimit overlimit, Float voltageLevel) {
if (voltageLevel < Float.parseFloat(DicDataEnum.KV35.getCode())) {
overlimit.setVoltageFluctuation(3.0f);
} else {
overlimit.setVoltageFluctuation(2.5f);
}
}
/**
* 电压闪变
* ≤110kV 1
* ＞110kV 0.8
*/
public static void voltageFlicker(Overlimit overlimit, Float voltageLevel) {
if (voltageLevel <= Float.parseFloat(DicDataEnum.KV110.getCode())) {
overlimit.setFlicker(1.0f);
} else {
overlimit.setFlicker(0.8f);
}
}
/**
* 总谐波电压畸变率
*
*
*/
public static void totalHarmonicDistortion(Overlimit overlimit, Float voltageLevel) {
float result = 3.14159f;
if (voltageLevel < Float.parseFloat(DicDataEnum.KV6.getCode())) {
result = 5.0f;
} else if(voltageLevel >= Float.parseFloat(DicDataEnum.KV6.getCode()) && voltageLevel <= Float.parseFloat(DicDataEnum.KV20.getCode())){
result = 4.0f;
} else if(voltageLevel >= Float.parseFloat(DicDataEnum.KV35.getCode()) && voltageLevel <= Float.parseFloat(DicDataEnum.KV66.getCode())){
result = 3.0f;
} else if(voltageLevel >= Float.parseFloat(DicDataEnum.KV110.getCode()) && voltageLevel <= Float.parseFloat(DicDataEnum.KV1000.getCode())){
result = 2.0f;
}
overlimit.setUaberrance(result);
}
/**
* 谐波电压含有率
*/
public static void uHarm(Overlimit overlimit, Float voltageLevel) {
float resultOdd = 3.14159f,resultEven = 3.14159f;
if (voltageLevel < Float.parseFloat(DicDataEnum.KV6.getCode())) {
resultOdd = 4.0f;
resultEven = 2.0f;
} else if(voltageLevel >= Float.parseFloat(DicDataEnum.KV6.getCode()) && voltageLevel <= Float.parseFloat(DicDataEnum.KV20.getCode())){
resultOdd = 3.2f;
resultEven = 1.6f;
} else if(voltageLevel >= Float.parseFloat(DicDataEnum.KV35.getCode()) && voltageLevel <= Float.parseFloat(DicDataEnum.KV66.getCode())){
resultOdd = 2.4f;
resultEven = 1.2f;
} else if(voltageLevel >= Float.parseFloat(DicDataEnum.KV110.getCode()) && voltageLevel <= Float.parseFloat(DicDataEnum.KV1000.getCode())){
resultOdd = 1.6f;
resultEven = 0.8f;
}
overlimit.buildUharm(resultEven,resultOdd);
}
/**
* 负序电压不平衡（三相电压不平衡度）
*
*/
public static void threeVoltageUnbalance(Overlimit overlimit) {
overlimit.setUbalance(2.0f);
overlimit.setShortUbalance(4.0f);
}
/*---------------------------------谐波电流限值start-----------------------------------*/
/**
* 谐波电流限值
*/
public static void iHarm(Overlimit overlimit, Float voltageLevel,Float protocolCapacity,Float devCapacity,Float shortCapacity) {
float calCap = shortCapacity/getDlCapByVoltageLevel(voltageLevel);
//24谐波电流幅值
Float[] iHarmTem = new Float[49];
for (int i = 0; i <= 48; i++) {
float inHarm = iHarmCalculate(i+2,voltageLevel,protocolCapacity,devCapacity,calCap);
iHarmTem[i] = inHarm;
}
overlimit.buildIHarm(iHarmTem);
}
/**
* @Description: iHarmCalculate
* @Param: protocolCapacity 协议容量 devCapacity设备容量 calCap 短路容量
* @return: float
* @Author: clam
* @Date: 2024/2/4
*/
private static float iHarmCalculate(int nHarm, Float voltageLevel,float protocolCapacity, float devCapacity,float calCap) {
double tag = calCap*getHarmTag(nHarm,voltageLevel);
Double limit = getHarmonicLimit(nHarm,tag,new BigDecimal(String.valueOf(devCapacity)).doubleValue(),new BigDecimal(String.valueOf(protocolCapacity)).doubleValue());
BigDecimal bigDecimal = BigDecimal.valueOf(limit).setScale(4,RoundingMode.HALF_UP);
return bigDecimal.floatValue();
}
/**
* 电流谐波限值
*/
private static Double getHarmTag(Integer iCount, Float voltageLevel) {
int x, y;
if (voltageLevel < DicDataEnum.KV6.getValue()) {
x = 0;
} else if (voltageLevel<DicDataEnum.KV10.getValue()) {
x = 1;
} else if (voltageLevel<DicDataEnum.KV35.getValue()) {
x = 2;
} else if (voltageLevel<DicDataEnum.KV66.getValue()) {
x = 3;
} else if (voltageLevel<DicDataEnum.KV110.getValue()) {
x = 4;
} else {
x = 5;
}
y = iCount - 2;
return ARR[x][y];
}
/**
* 相位叠加系数的取值
*/
public static Double getHarmonicLimit(Integer times, double iTag, double supply, double user) {
if (supply == 0) {
return 0.0;
}
double coefficient = 2.0;
if (times == 3) {
coefficient = 1.1;
} else if (times == 5) {
coefficient = 1.2;
} else if (times == 7) {
coefficient = 1.4;
} else if (times == 11) {
coefficient = 1.8;
} else if (times == 13) {
coefficient = 1.9;
}
BigDecimal bd = new BigDecimal(iTag * Math.pow((user / supply), (1 / coefficient)));
bd = bd.setScale(6, RoundingMode.HALF_UP);
return Double.parseDouble(bd.toString());
}
/**
* 根据电压等级获取基准短路容量
*/
public static float getDlCapByVoltageLevel(Float voltageLevel){
float capValue;
if(voltageLevel< DicDataEnum.KV06.getValue()){
capValue = 10;
}else if(voltageLevel<DicDataEnum.KV20.getValue()){
capValue = 100;
}else if(voltageLevel<DicDataEnum.KV35.getValue()){
capValue = 200;
}else if(voltageLevel<DicDataEnum.KV66.getValue()){
capValue = 250;
}else if(voltageLevel<DicDataEnum.KV110.getValue()){
capValue = 500;
}else if(voltageLevel<DicDataEnum.KV220.getValue()){
capValue = 750;
}else if(voltageLevel<DicDataEnum.KV330.getValue()){
capValue = 2000;
}else if(voltageLevel<DicDataEnum.KV500.getValue()){
capValue = 3000;
}else if(voltageLevel<DicDataEnum.KV750.getValue()){
capValue = 4500;
}else if(voltageLevel<DicDataEnum.KV1000.getValue()){
capValue = 7000;
}else {
capValue = 9000;
}
return capValue;
}
/*---------------------------------谐波电流限值end-----------------------------------*/
/**
* 间谐波电压含有率
*/
public static void interharmonicCurrent(Overlimit overlimit,Float voltageLevel){
float aValue,bValue;
if(voltageLevel <= DicDataEnum.KV1.getValue()){
aValue = 0.2f;bValue = 0.5f;
}else {
aValue = 0.16f;bValue = 0.4f;
}
overlimit.setInuharm1(aValue);
overlimit.setInuharm2(aValue);
overlimit.setInuharm3(bValue);
overlimit.setInuharm4(bValue);
overlimit.setInuharm5(bValue);
overlimit.setInuharm6(bValue);
overlimit.setInuharm7(bValue);
overlimit.setInuharm8(bValue);
overlimit.setInuharm9(bValue);
overlimit.setInuharm10(bValue);
overlimit.setInuharm11(bValue);
overlimit.setInuharm12(bValue);
overlimit.setInuharm13(bValue);
overlimit.setInuharm14(bValue);
overlimit.setInuharm15(bValue);
overlimit.setInuharm16(bValue);
}
/**
* 负序电流限值
*/
public static void negativeSequenceCurrent(Overlimit overlimit,Float voltageLevel,Float shortCapacity){
double v = (0.013*shortCapacity*1000)/(getUl(voltageLevel)*Math.sqrt(3));
overlimit.setINeg((float) v);
}
/**
* 获取额定线电压
*/
private static float getUl(Float voltageLevel){
float value;
if(voltageLevel<DicDataEnum.KV6.getValue()){
value = 0.4f;
}else if(voltageLevel<DicDataEnum.KV10.getValue()){
value = 6.3f;
}else if(voltageLevel<DicDataEnum.KV20.getValue()){
value = 10.5f;
}else if(voltageLevel<DicDataEnum.KV35.getValue()){
value = 21.0f;
}else if(voltageLevel<DicDataEnum.KV66.getValue()){
value = 36.5f;
}else if(voltageLevel<DicDataEnum.KV110.getValue()){
value = 69.0f;
}else if(voltageLevel<DicDataEnum.KV220.getValue()){
value = 115.5f;
}else if(voltageLevel<DicDataEnum.KV330.getValue()){
value = 230.0f;
}else {
value = 345.0f;
}
return value;
}
public static void main(String[] args) {
System.out.println("sss");
float aa = iHarmCalculate(9,500f,10,10,0.002222222222f);
System.out.println(aa);
}
}