diff --git a/cs-harmonic/cs-harmonic-api/src/main/java/com/njcn/csharmonic/offline/mincfg/AnalyseComtradeCfg.java b/cs-harmonic/cs-harmonic-api/src/main/java/com/njcn/csharmonic/offline/mincfg/AnalyseComtradeCfg.java
index fee5335..7f08ccc 100644
--- a/cs-harmonic/cs-harmonic-api/src/main/java/com/njcn/csharmonic/offline/mincfg/AnalyseComtradeCfg.java
+++ b/cs-harmonic/cs-harmonic-api/src/main/java/com/njcn/csharmonic/offline/mincfg/AnalyseComtradeCfg.java
@@ -117,7 +117,7 @@ public class AnalyseComtradeCfg {
         hashMapA.put("pq_RmsU",rms[0]);
         hashMapB.put("pq_RmsU",rms[1]);
         hashMapC.put("pq_RmsU",rms[2]);
-        hashMapA.put("pq_RmsU",rms[3]);
+        hashMapA.put("pq_RmsI",rms[3]);
         hashMapB.put("pq_RmsI",rms[4]);
         hashMapC.put("pq_RmsI",rms[5]);
         hashMapA.put("pq_RmsLU",rms[6]);
@@ -197,37 +197,37 @@ public class AnalyseComtradeCfg {
         Float[][][] harmPower = min.getHarm_Power();
         for (int i = 0; i < 49; i++) {
             //电压含有率
-            hashMapA.put("pq_HarmU_"+(i+2),harmContain[0][i]);
-            hashMapB.put("pq_HarmU_"+(i+2),harmContain[1][i]);
-            hashMapC.put("pq_HarmU_"+(i+2),harmContain[2][i]);
+            hashMapA.put("pq_HarmU_"+(i+2),harmContain[0][i+1]);
+            hashMapB.put("pq_HarmU_"+(i+2),harmContain[1][i+1]);
+            hashMapC.put("pq_HarmU_"+(i+2),harmContain[2][i+1]);
 
             //谐波相角
-            hashMapA.put("pq_HarmUAng_"+(i+2),fuHarmPhase[0][i]);
-            hashMapB.put("pq_HarmUAng_"+(i+2),fuHarmPhase[1][i]);
-            hashMapC.put("pq_HarmUAng_"+(i+2),fuHarmPhase[2][i]);
+            hashMapA.put("pq_HarmUAng_"+(i+2),fuHarmPhase[0][i+1]);
+            hashMapB.put("pq_HarmUAng_"+(i+2),fuHarmPhase[1][i+1]);
+            hashMapC.put("pq_HarmUAng_"+(i+2),fuHarmPhase[2][i+1]);
 
-            hashMapA.put("pq_HarmIAng_"+(i+2),fuHarmPhase[3][i]);
-            hashMapB.put("pq_HarmIAng_"+(i+2),fuHarmPhase[4][i]);
-            hashMapC.put("pq_HarmIAng_"+(i+2),fuHarmPhase[5][i]);
+            hashMapA.put("pq_HarmIAng_"+(i+2),fuHarmPhase[3][i+1]);
+            hashMapB.put("pq_HarmIAng_"+(i+2),fuHarmPhase[4][i+1]);
+            hashMapC.put("pq_HarmIAng_"+(i+2),fuHarmPhase[5][i+1]);
 
             //电流幅值
-            hashMapA.put("pq_HarmI_"+(i+2),fuHarm[3][i]);
-            hashMapB.put("pq_HarmI_"+(i+2),fuHarm[4][i]);
-            hashMapC.put("pq_HarmI_"+(i+2),fuHarm[5][i]);
+            hashMapA.put("pq_HarmI_"+(i+2),fuHarm[3][i+1]);
+            hashMapB.put("pq_HarmI_"+(i+2),fuHarm[4][i+1]);
+            hashMapC.put("pq_HarmI_"+(i+2),fuHarm[5][i+1]);
 
 
             //谐波功率
-            hashMapA.put("pq_HarmP_"+(i+2),harmPower[0][i][0]);
-            hashMapA.put("pq_HarmQ_"+(i+2),harmPower[0][i][1]);
-            hashMapA.put("pq_HarmS_"+(i+2),harmPower[0][i][2]);
+            hashMapA.put("pq_HarmP_"+(i+2),harmPower[0][i+1][0]);
+            hashMapA.put("pq_HarmQ_"+(i+2),harmPower[0][i+1][1]);
+            hashMapA.put("pq_HarmS_"+(i+2),harmPower[0][i+1][2]);
 
-            hashMapB.put("pq_HarmP_"+(i+2),harmPower[1][i][0]);
-            hashMapB.put("pq_HarmQ_"+(i+2),harmPower[1][i][1]);
-            hashMapB.put("pq_HarmS_"+(i+2),harmPower[1][i][2]);
+            hashMapB.put("pq_HarmP_"+(i+2),harmPower[1][i+1][0]);
+            hashMapB.put("pq_HarmQ_"+(i+2),harmPower[1][i+1][1]);
+            hashMapB.put("pq_HarmS_"+(i+2),harmPower[1][i+1][2]);
 
-            hashMapC.put("pq_HarmP_"+(i+2),harmPower[2][i][0]);
-            hashMapC.put("pq_HarmQ_"+(i+2),harmPower[2][i][1]);
-            hashMapC.put("pq_HarmS_"+(i+2),harmPower[2][i][2]);
+            hashMapC.put("pq_HarmP_"+(i+2),harmPower[2][i+1][0]);
+            hashMapC.put("pq_HarmQ_"+(i+2),harmPower[2][i+1][1]);
+            hashMapC.put("pq_HarmS_"+(i+2),harmPower[2][i+1][2]);
             //M相目前没有
 //            hashMapT.put("pq_HarmP_"+(i+2),harmPower[3][i][0]);
 //            hashMapT.put("pq_HarmQ_"+(i+2),harmPower[3][i][1]);
@@ -239,9 +239,9 @@ public class AnalyseComtradeCfg {
 
         for (int i = 0; i < 50; i++) {
             //间谐波幅值
-            hashMapA.put("pq_InHarmIAmp_"+(i+1),inHarm[3][i]);
-            hashMapB.put("pq_InHarmIAmp_"+(i+1),inHarm[4][i]);
-            hashMapC.put("pq_InHarmIAmp_"+(i+1),inHarm[5][i]);
+            hashMapA.put("pq_InHarmIAmp_"+(i+1),inHarm[3][i+1]);
+            hashMapB.put("pq_InHarmIAmp_"+(i+1),inHarm[4][i+1]);
+            hashMapC.put("pq_InHarmIAmp_"+(i+1),inHarm[5][i+1]);