1.把xml文件中明显错误的变压器容量读为630kVA

2.把电容器输出到数据文件中。

Signed-off-by: dmy@lab <dmy@lab.lab>

Script/FileData.py

@@ -20,6 +20,7 @@ class iPsoData:
         self.__voltLimit = []
         self.__ground = []
         self.__isAvailable = False
+        self.__cap=[]
         self.__read__(filePath)
         pass
 
@@ -57,6 +58,8 @@ class iPsoData:
                     self.__trans.append(floatSep)
                 if cur == 5:
                     self.__ground.append(floatSep)
+                if cur==6:
+                    self.__cap.append(floatSep)
                 if cur == 8:
                     self.__nodePwer.append(floatSep)
                 if cur == 9:
@@ -67,6 +70,9 @@ class iPsoData:
                     self.__voltLimit.append(floatSep)
                 line = f.readline()
 
+    def GetCapcitor(self):
+        return self.__cap
+
     def GetBasicInfo(self):
         return self.__basicInfo
 
@@ -105,18 +111,22 @@ class MergeReconfigFile:  # 合并重构用文件
         self.__mergedIpsoBalance = []
         self.__mergedIpsoLine = []
         self.__mergedIpsoTrans = []
+        self.__mergedCapcitor=[]
         self.__mergedIpsoLoad = []
         self.__mergedIpsoGround = []
         self.__mergedNodeNameDic = {}
         # self.__addNumDic = {}  #计算每个文件在新文件中的偏移量
         self.__balanceNodeOffset=[]#记录每条线路头节点在整个合并文件中的位置
+        self.__nodePlace= dict()
         self.__merge(fileList)
 
+
     def __merge(self, fileList):
         indLine = 1  #序号
         indTrans=1
         indNode = 2
         indGround = 1
+        indCap=1
         addNum = 1
         # offsetNodeNum = {}  #记录每个一个文件在新文件里节点的偏移量
         count=1
@@ -150,11 +160,17 @@ class MergeReconfigFile:  # 合并重构用文件
             #接地支路
             for g in ipsodata.GetGround():
                 self.__mergedIpsoGround.append([indGround, g[1] + addNum, g[2], g[3]])
+                indGround+=1
+            #电容器
+            for c in ipsodata.GetCapcitor():
+                self.__mergedCapcitor.append([indCap,c[1],c[2]+addNum,c[3],c[4],c[5],c[6],c[7]])
+                indCap+=1
             #先给PG和QG赋值
             node = ipsodata.GetNodePower()
             #序号        节点编号        节点有功        节点无功     负荷有功     负荷无功
             for n in ipsodata.GetNodePower():
                 self.__mergedIpsoLoad.append([indNode, n[1], n[2] + addNum, n[3], n[4], n[5], n[6], n[7], 0, 0])
+                self.__nodePlace[n[2] + addNum]=f
                 indNode += 1
             # self.__addNumDic[lineName] = len(ipsodata.GetNodePower())  #每条线路的节点数
             # offsetNodeNum[lineName] = addNum  #记录的是与之前线路的偏移量
@@ -198,6 +214,9 @@ class MergeReconfigFile:  # 合并重构用文件
             for g in self.__mergedIpsoGround:
                 f.write('%d %d %f %f\n' % (g[0], g[1], g[2],g[3]))
             f.write('0\n')
+            for c in self.__mergedCapcitor:
+                #[indCap,c[1],c[2]+addNum,c[3],c[4],c[5],c[6],c[7]]
+                f.write('%d %d %d %f %f %d %d %d\n' % (c[0], c[1], c[2],c[3],c[4],c[5],c[6],c[7]))
             f.write('0\n')
             f.write('0\n')
             for n in self.__mergedIpsoLoad:

testHasttable/cimexporter.cpp

@@ -206,6 +206,8 @@ void CIMExporter::exportTo(const QString& path,const QString &rootID)
         QList<CIMExporter::GroundBranch > groudBranch;//first is g, second is b.
         QList<CIMExporter::NodePQ> nodePQ;//节点注入功率，也就是负荷或者发电机
         QStringList usedLoad;
+        //电容器补偿量
+        QHash<int,double> capacitor;
         for(QList<TransformerStru>::iterator ite=this->tf.begin();
             ite!=this->tf.end();
             ite++)
@@ -238,7 +240,9 @@ void CIMExporter::exportTo(const QString& path,const QString &rootID)
             writer<<endLine;
             //保存接地支路
             groudBranch.push_back(CIMExporter::GroundBranch(ite->fromNum, ite->tf->g1,ite->tf->b1));//都只用g1,b1的数据
-
+            //保存补偿量
+            capacitor[ite->toNum]=ite->tf->capacityMVA*.3;//30% 容性
+//            std::cout<<"cap "<<ite->tf->capacityMVA<< ite->id.toStdString()<<capacitor[ite->toNum] <<std::endl;
 
             LoadMapping loadMapping;
             QVector<QSharedPointer<LoadInfo> > vecLoadInfo=loadMapping.getSubstationLoad(sub->getID());
@@ -277,6 +281,13 @@ void CIMExporter::exportTo(const QString& path,const QString &rootID)
             writer<<endLine;
         }
         writer<<0<<endLine;//数据间隔
+        //电容器
+        seqN=1;
+        foreach(int node,capacitor.keys())
+        {
+//            std::cout<<"cap"<< capacitor[node]<<std::endl;
+            writer<<seqN++<<seperator<<1<<seperator<<node<<seperator<<0<<seperator<<capacitor[node]<<seperator<<0<<seperator<<-1<<seperator<<1<<endLine;
+        }
         writer<<0<<endLine;//数据间隔
         writer<<0<<endLine;//数据间隔
         //列出DG
@@ -286,7 +297,7 @@ void CIMExporter::exportTo(const QString& path,const QString &rootID)
             ite++)
         {
             //保存到节点注入功率中
-            nodePQ.push_back(CIMExporter::NodePQ(ite->toNum,-ite->dg->getPG(0.95)/1000,-ite->dg->getQG(0.95)/1000) );//capapcity的单位是kVA
+            nodePQ.push_back(CIMExporter::NodePQ(ite->toNum,-ite->dg->getPG(0.999)/1000*.5,-ite->dg->getQG(0.999)/1000*.5) );//capapcity的单位是kVA
 //            writer<<ite->fromNum<<"\t";
 //            writer<<ite->toNum<<"\t";
 //            writer<<ite->dg->capacity<<"\r\n";

testHasttable/powertransformer.cpp

@@ -45,7 +45,12 @@ bool PowerTransformer::derivedParse(QXmlStreamReader &reader)
         QString ratedMVA=reader.readElementText();
         bool ok;
         double _ratedMVA=ratedMVA.toDouble(&ok);
-        this->powerTransformerRatedMVA_H=ok?_ratedMVA:-10000;
+        double assignedMVA=ok?_ratedMVA:-10000;
+        if(assignedMVA>5)
+        {
+            assignedMVA=0.63;
+        }
+        this->powerTransformerRatedMVA_H=assignedMVA;
     }
     return true;
 }