电能质量问题修改

pqs-advance/advance-boot/src/main/java/com/njcn/advance/service/carrycapacity/impl/CarryCapcityServiceImpl.java

@@ -128,7 +128,10 @@ public class CarryCapcityServiceImpl implements CarryCapcityService {
         dataHarmPowerQ2List = (List<CarryCapcityData>) redisUtil.getObjectByKey(lineId + "#" + LocalDateTimeUtil.format(startDate2, formatter) + "#" + LocalDateTimeUtil.format(endDate2, formatter) + "#" + "Q");
         dataHarmPowerU2List = (List<CarryCapcityData>) redisUtil.getObjectByKey(lineId + "#" + LocalDateTimeUtil.format(startDate2, formatter) + "#" + LocalDateTimeUtil.format(endDate2, formatter) + "#" + "U");
 
-        if(CollectionUtil.isEmpty(dataHarmPowerPList)){
+        if(CollectionUtil.isEmpty(dataHarmPowerPList)||
+                CollectionUtil.isEmpty(dataHarmPowerP2List)||
+                CollectionUtil.isEmpty(dataHarmPowerQ2List)||
+                CollectionUtil.isEmpty(dataHarmPowerU2List)){
             CarryCapacityDataPO one = carryCapacityDataPOService.lambdaQuery().eq(CarryCapacityDataPO::getLineId, lineId)
                     .eq(CarryCapacityDataPO::getStartTime, startTime)
                     .eq(CarryCapacityDataPO::getEndTime, endTime).one();

pqs-advance/advance-boot/src/main/java/com/njcn/advance/utils/CZNLPG.java

@@ -157,21 +157,21 @@ public class CZNLPG {
      * 结论：【拟接入光伏容量】为入参；【A/B/C相有功功率】和【A/B/C相无功功率值】95%小值从A/B/C相历史数据中计算得出； 为枚举参数；能够计算三相配变首端电压 、 、 ，从而得出U 。
      * 380v -U=C-a(p_min -k*S_pv/3)-b*q_min
      * 220v -U=C-a(p_min -k*S_pv)-b*q_min
-     *
+     *（后续咨询只分单项三项，目前数据都是三项）
     * @Param:  
-    * @return: double 
+    * @return: double
     * @Author: clam
     * @Date: 2024/2/2 
     */ 
     public static double calculateU(double C, double a, double b, double p_min, double K, double q_min,double S_pv, double voltage) {
 
-        if (voltage == 220) {
+//        if (voltage == 220) {
-            return C-a*(p_min-K*S_pv)-b*q_min;
+//            return C-a*(p_min-K*S_pv)-b*q_min;
-        } else if (voltage == 380) {
+//        } else if (voltage == 380) {
             return C-a*(p_min-K*S_pv/3)-b*q_min;
-        } else {
+//        } else {
-            return 0;
+//            return 0;
-        }
+//        }
 
     }
 
@@ -181,19 +181,20 @@ public class CZNLPG {
      * k为修正系数，徐工提供海南k系数，是否需要考虑不同季节台区日照系数。
      * 结论：【电压等级】为入参；I_(stock,h)为台区一周内的h次谐波电流95%概率大值，I_"inv" ^h%为光伏逆变器第h次的典型谐波电流含有率，
      * 为枚举参数；k为枚举参数；能够计算各次的谐波电流幅值 、 、 ，从而得出 。
+     * （后续咨询只分单项三项，目前数据都是三项）
      */
     public static double calculateITm(double I_cp95, double k, double voltage, double S_pv, double K, double I_inv) {
         double term1 = Math.pow(I_cp95, 2);
         double term2 = 0, term3 = 0;
-        if (voltage == 220) {
+//        if (voltage == 220) {
-            term2 = Math.pow(k * S_pv * I_inv / 220, 2);
+//            term2 = Math.pow(k * S_pv * I_inv / 220, 2);
-            term3 = K * I_cp95 * (k * S_pv * I_inv / 220);
+//            term3 = K * I_cp95 * (k * S_pv * I_inv / 220);
-        } else if (voltage == 380) {
+//        } else if (voltage == 380) {
             term2 = Math.pow(k * S_pv * I_inv / 3 * 220, 2);
             term3 = K * I_cp95 * (k * S_pv * I_inv / 3 * 220);
-        } else {
+//        } else {
-            return 0;
+//            return 0;
-        }
+//        }
 
         double sumOfTerms = term1 + term2 + term3;
 

pqs-process/process-api/src/main/java/com/njcn/process/pojo/po/RMpElectricQualityProblemFlowDetails.java

@@ -1,5 +1,7 @@
 package com.njcn.process.pojo.po;
 
+import com.baomidou.mybatisplus.annotation.IdType;
+import com.baomidou.mybatisplus.annotation.TableId;
 import com.baomidou.mybatisplus.annotation.TableName;
 import lombok.Data;
 
@@ -23,6 +25,7 @@ public class RMpElectricQualityProblemFlowDetails implements Serializable {
     /**
      * 电能质量问题编号
      */
+    @TableId(type = IdType.INPUT)
     private String powerQualityProblemNo;
 
     /**

pqs-process/process-boot/src/main/java/com/njcn/process/service/impl/IssuesServiceImpl.java

@@ -240,7 +240,11 @@ public class IssuesServiceImpl implements IssuesService {
     private RMpElectricQualityProblemFlowDetails flowDetailSelectOne(String powerQualityProblemNo) {
         LambdaQueryWrapper<RMpElectricQualityProblemFlowDetails> flowQuery = new LambdaQueryWrapper<>();
         flowQuery.eq(RMpElectricQualityProblemFlowDetails::getPowerQualityProblemNo, powerQualityProblemNo);
-        return flowDetailsMapper.selectOne(flowQuery);
+        RMpElectricQualityProblemFlowDetails rMpElectricQualityProblemFlowDetails = flowDetailsMapper.selectOne(flowQuery);
+        if(Objects.isNull(rMpElectricQualityProblemFlowDetails)){
+            rMpElectricQualityProblemFlowDetails = new RMpElectricQualityProblemFlowDetails();
+        }
+        return rMpElectricQualityProblemFlowDetails;
     }
 
     /**
@@ -399,7 +403,13 @@ public class IssuesServiceImpl implements IssuesService {
         details.setDataDateYyfx(local);
         details.setReportProcessContentYyfx(ArrayUtil.toString(processParam.getReportProcessContentYyfx()));
         details.setUserReportProcessContentYyfx(ArrayUtil.toString(processParam.getUserReportProcessContentYyfx()));
-        flowDetailsMapper.insert(details);
+        RMpElectricQualityProblemFlowDetails rMpElectricQualityProblemFlowDetails = flowDetailsMapper.selectById(details.getPowerQualityProblemNo());
+        if (rMpElectricQualityProblemFlowDetails != null) {
+            flowDetailsMapper.updateById(details);
+        }else {
+            flowDetailsMapper.insert(details);
+
+        }
         LambdaQueryWrapper<RStatElectricQualityProblemFlow> issuesQuery = new LambdaQueryWrapper<>();
         issuesQuery.eq(RStatElectricQualityProblemFlow::getPowerQualityProblemNo, processParam.getPowerQualityProblemNo());
         RStatElectricQualityProblemFlow issuesOut = issuesMapper.selectOne(issuesQuery);