V1.109 2024-11-27 lijun 1.新增紫晶DCDC电源数据解析[界面展示为直流配电柜和高频开关柜] 第一套电源协议名称： ...

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2024-11-28 eb38174bb11f3076902aeb9812df08c2ac9aabeb

V1.109  2024-11-27 lijun
	1.新增紫晶DCDC电源数据解析[界面展示为直流配电柜和高频开关柜]
		第一套电源协议名称：  	ZJDYDDPS
		第一套电源协议名称：   	ZJDYDDPS2

 IEC61850_ForPowerSupply_ForNW/src/com/power/alarm/PwrDeviceAlarm_Thread.java

@@ -258,7 +258,7 @@
    

    public void run() {    

        

        int waittime = PwrDeviceAlarm_Data.COMM_ERR_TIME_INTERVAL+15;

        int waittime = PwrDeviceAlarm_Data.COMM_ERR_TIME_INTERVAL + 30;

        

        logger.info("PwrDeviceAlarm_Thread start After " + waittime + " Seconds...");

        


 IEC61850_ForPowerSupply_ForNW/src/com/power/comm/Power_61850_SocketClient.java

@@ -226,7 +226,7 @@
        rand_index++;

        */

        if(pwrDev_rtData.PowerDevProtocolName.contains("DDPS")) {            

            //DCDC电源数据

            //紫晶DCDC电源数据

            if(devIndex%3 == 0) {

                if(PowerData_RT.PowerCabinet_EXIST == this.pwrDev_rtData.is_highfreq_cabinet) {

                    read_DCDC_Power();

@@ -282,9 +282,9 @@
            DataSet ds = null;

            //************ 遥测量 **************

            //---------------------------------Log Level.TRACE-------------------------------------//

            logger.printf(Level.TRACE, "m_ServerModel.getDataSet(%s/LLN0.dscV)", dcdcDeviceName);

            logger.printf(Level.TRACE, "m_ServerModel.getDataSet(%s/LLN0.dsMeasure1)", dcdcDeviceName);

            ///-------------------------------------------------------------------------------------//

            ds = m_ServerModel.getDataSet(dcdcDeviceName + "/LLN0.dscV");

            ds = m_ServerModel.getDataSet(dcdcDeviceName + "/LLN0.dsMeasure1");

            if(null == ds) {

                setErrCommCountInc(0);

                return;

@@ -380,9 +380,9 @@
            DataSet ds = null;

            //************ 遥信量 **************

            //---------------------------------Log Level.TRACE-------------------------------------//

            logger.printf(Level.TRACE, "m_ServerModel.getDataSet(%s/LLN0.dscAla)", dcdcDeviceName);

            logger.printf(Level.TRACE, "m_ServerModel.getDataSet(%s/LLN0.dsState1)", dcdcDeviceName);

            //-------------------------------------------------------------------------------------//

            ds = m_ServerModel.getDataSet(dcdcDeviceName + "/LLN0.dscAla");

            ds = m_ServerModel.getDataSet(dcdcDeviceName + "/LLN0.dsState1");

            if(null == ds) {

                setErrCommCountInc(0);

                return;

@@ -446,66 +446,6 @@
                            

                            PowerData_RT_SQL.make_TimeOutTag(m_ConnPool, pwrDev_rtData.PowerDevDeviceId, PwrDeviceAlarm_Data.ALM_TYPE_DC_DCout2_UnderV_ID, 0, timeout_tag,dt);

                        }

                    }else if(fc_model_str.contains("/gswGGIO1.Alm.stVal")) {    //第1路输入开关跳闸

                        origin_val = pwrDev_rtData.m_dcData.is_in1_swtrip;

                        pwrDev_rtData.m_dcData.is_in1_swtrip = ((BdaBoolean)fc_mode).getValue();

//                        pwrDev_rtData.m_dcData.is_in1_swtrip = readBooleanNodeData(dcDeviceName + "/gswGGIO1.Alm.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_in1_swtrip);

                        if(origin_val==false && pwrDev_rtData.m_dcData.is_in1_swtrip==true) {

                            Date dt = ((BdaTimestamp)fc_mode_t).getDate();

//                            Date dt = readNodeTimeStamp(dcDeviceName + "/gswGGIO1.Alm.t", Fc.ST);

                            timeout_tag = checkIfBoolNodeTimeOut(dt);

							
                            PowerData_RT_SQL.make_TimeOutTag(m_ConnPool, pwrDev_rtData.PowerDevDeviceId, PwrDeviceAlarm_Data.ALM_TYPE_DC_DcIn1_Trip_ID, 0, timeout_tag,dt);

                        }

                    }else if(fc_model_str.contains("/gswGGIO2.Alm.stVal")) {    //第2路输入开关跳闸

                        origin_val = pwrDev_rtData.m_dcData.is_in2_swtrip;

                        pwrDev_rtData.m_dcData.is_in2_swtrip = ((BdaBoolean)fc_mode).getValue();

//                        pwrDev_rtData.m_dcData.is_in2_swtrip = readBooleanNodeData(dcDeviceName + "/gswGGIO2.Alm.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_in2_swtrip);		
                        if(origin_val==false && pwrDev_rtData.m_dcData.is_in2_swtrip==true) {

                            Date dt = ((BdaTimestamp)fc_mode_t).getDate();

//                            Date dt = readNodeTimeStamp(dcDeviceName + "/gswGGIO2.Alm.t", Fc.ST);

                            timeout_tag = checkIfBoolNodeTimeOut(dt);

							
                            PowerData_RT_SQL.make_TimeOutTag(m_ConnPool, pwrDev_rtData.PowerDevDeviceId, PwrDeviceAlarm_Data.ALM_TYPE_DC_DcIn2_Trip_ID, 0, timeout_tag,dt);

                        }

                    }else if(fc_model_str.contains("/fsw1GGIO") && fc_model_str.contains("Alm.stVal")) {

                        //System.out.println(fc_model_str + "===" + fsw1_Trip_idx);		
						
                        origin_val = pwrDev_rtData.m_dcData.is_fsw1_Trip_SW[fsw1_Trip_idx];

                        pwrDev_rtData.m_dcData.is_fsw1_Trip_SW[fsw1_Trip_idx] = ((BdaBoolean)fc_mode).getValue();

                        //pwrDev_rtData.m_dcData.is_fsw1_Trip_SW[fsw1_Trip_idx] = readBooleanNodeData(dcDeviceName + ref, Fc.ST, pwrDev_rtData.m_dcData.is_fsw1_Trip_SW[fsw1_Trip_idx]);	
                        if(origin_val==false && pwrDev_rtData.m_dcData.is_fsw1_Trip_SW[fsw1_Trip_idx]==true) {

                            Date dt = ((BdaTimestamp)fc_mode_t).getDate();

                            //Date dt = readNodeTimeStamp(dcDeviceName + reft, Fc.ST);

                            timeout_tag = checkIfBoolNodeTimeOut(dt);

							
                            PowerData_RT_SQL.make_TimeOutTag(m_ConnPool, pwrDev_rtData.PowerDevDeviceId, PwrDeviceAlarm_Data.ALM_TYPE_DC_DC1_SW_N_Trip_ID, (fsw1_Trip_idx+1), timeout_tag,dt);

                        }

                        fsw1_Trip_idx ++;

                    }else if(fc_model_str.contains("/fsw2GGIO") && fc_model_str.contains("Alm.stVal")) {

                        //System.out.println(fc_model_str + "===" + fsw2_Trip_idx);						
                        origin_val = pwrDev_rtData.m_dcData.is_fsw2_Trip_SW[fsw2_Trip_idx];

                        pwrDev_rtData.m_dcData.is_fsw2_Trip_SW[fsw2_Trip_idx] = ((BdaBoolean)fc_mode).getValue();

//                        pwrDev_rtData.m_dcData.is_fsw2_Trip_SW[i] = readBooleanNodeData(dcDeviceName + ref, Fc.ST, pwrDev_rtData.m_dcData.is_fsw2_Trip_SW[i]);	
                        if(origin_val==false && pwrDev_rtData.m_dcData.is_fsw2_Trip_SW[fsw2_Trip_idx]==true) {

                            Date dt = ((BdaTimestamp)fc_mode_t).getDate();

                            //Date dt = readNodeTimeStamp(dcDeviceName + reft, Fc.ST);

                            timeout_tag = checkIfBoolNodeTimeOut(dt);

							
                            PowerData_RT_SQL.make_TimeOutTag(m_ConnPool, pwrDev_rtData.PowerDevDeviceId, PwrDeviceAlarm_Data.ALM_TYPE_DC_DC2_SW_N_Trip_ID, (fsw2_Trip_idx+1), timeout_tag,dt);

                        }

                        fsw2_Trip_idx ++;

                    }else if(fc_model_str.contains("/etmGGIO1.Alm.stVal")) {

                        origin_val = pwrDev_rtData.m_dcData.is_tempalarm;

                        pwrDev_rtData.m_dcData.is_tempalarm = ((BdaBoolean)fc_mode).getValue();

//                        pwrDev_rtData.m_dcData.is_tempalarm = readBooleanNodeData(dcDeviceName + "/etmGGIO.Alm.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_tempalarm);		
                        if(origin_val==false && pwrDev_rtData.m_dcData.is_tempalarm==true) {

                            Date dt = ((BdaTimestamp)fc_mode_t).getDate();

//                            Date dt = readNodeTimeStamp(dcDeviceName + "/etmGGIO.Alm.t", Fc.ST);

                            timeout_tag = checkIfBoolNodeTimeOut(dt);

							
                            PowerData_RT_SQL.make_TimeOutTag(m_ConnPool, pwrDev_rtData.PowerDevDeviceId, PwrDeviceAlarm_Data.ALM_TYPE_DC_TempAlarm_ID, 0, timeout_tag,dt);

                        }

                    }else if(fc_model_str.contains("/dbmGGIO.Ind3.stVal")) {

                        origin_val = pwrDev_rtData.m_dcData.is_dc_monitorerr;

                        pwrDev_rtData.m_dcData.is_dc_monitorerr = ((BdaBoolean)fc_mode).getValue();

@@ -517,19 +457,7 @@
                            

                            PowerData_RT_SQL.make_TimeOutTag(m_ConnPool, pwrDev_rtData.PowerDevDeviceId, PwrDeviceAlarm_Data.ALM_TYPE_DC_MonitorErr_ID, 0, timeout_tag,dt);

                        }

                    }else if(fc_model_str.contains("/calmGGIO1.Alm.stVal")) {

                        origin_val = pwrDev_rtData.m_dcData.is_total_alarm;

                        pwrDev_rtData.m_dcData.is_total_alarm = ((BdaBoolean)fc_mode).getValue();

//                        pwrDev_rtData.m_dcData.is_total_alarm = readBooleanNodeData(dcDeviceName + "/calmGGIO.Alm.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_total_alarm);

                        if(origin_val==false && pwrDev_rtData.m_dcData.is_total_alarm==true) {

                            Date dt = ((BdaTimestamp)fc_mode_t).getDate();

//                            Date dt = readNodeTimeStamp(dcDeviceName + "/calmGGIO.Alm.t", Fc.ST);

                            timeout_tag = checkIfBoolNodeTimeOut(dt);

							
                            PowerData_RT_SQL.make_TimeOutTag(m_ConnPool, pwrDev_rtData.PowerDevDeviceId, PwrDeviceAlarm_Data.ALM_TYPE_DC_TolalAlarm_ID, 0, timeout_tag,dt);

                        }

                    }

					
                    }					
                    else if(fc_model_str.contains("/chmGGIO1.Ind2.stVal")) {//模块1关机

                        origin_val = pwrDev_rtData.m_acdcData.is_acdcMod_off[0];

                        pwrDev_rtData.m_acdcData.is_acdcMod_off[0] = ((BdaBoolean)fc_mode).getValue();    

@@ -845,6 +773,131 @@
            logger.error(e.toString(), e);

        }

        

		
        try {

			
            DataSet ds = null;

            //************ 告警量 **************

            //---------------------------------Log Level.TRACE-------------------------------------//

            logger.printf(Level.TRACE, "m_ServerModel.getDataSet(%s/LLN0.dsAlm1)", dcdcDeviceName);

            //-------------------------------------------------------------------------------------//

            ds = m_ServerModel.getDataSet(dcdcDeviceName + "/LLN0.dsAlm1");

            if(null == ds) {

                setErrCommCountInc(0);

                return;

            }

            ds = ds.copy();

            int size_cnt = ds.getMembers().size();			
            m_Association.getDataSetValues(ds);

            int m = 0;

            int fsw1_Trip_idx = 0;

            int fsw2_Trip_idx = 0;

			
            for (int n = 0; n<size_cnt; n++) {

                if(null == ds.getMembers().get(n).getChild("stVal")) {

                    continue;

                }						
                FcModelNode fc_mode = (FcModelNode) ds.getMembers().get(n).getChild("stVal");

				
                FcModelNode fc_mode_t = (FcModelNode) ds.getMembers().get(n).getChild("t");

				
                if(null != fc_mode){							
                    String fc_model_str = fc_mode.toString1();					
                    if(fc_model_str.contains("/gswGGIO1.Alm.stVal")) {    //第1路输入开关跳闸

                        origin_val = pwrDev_rtData.m_dcData.is_in1_swtrip;

                        pwrDev_rtData.m_dcData.is_in1_swtrip = ((BdaBoolean)fc_mode).getValue();

//                        pwrDev_rtData.m_dcData.is_in1_swtrip = readBooleanNodeData(dcDeviceName + "/gswGGIO1.Alm.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_in1_swtrip);

                        if(origin_val==false && pwrDev_rtData.m_dcData.is_in1_swtrip==true) {

                            Date dt = ((BdaTimestamp)fc_mode_t).getDate();

//                            Date dt = readNodeTimeStamp(dcDeviceName + "/gswGGIO1.Alm.t", Fc.ST);

                            timeout_tag = checkIfBoolNodeTimeOut(dt);

							
                            PowerData_RT_SQL.make_TimeOutTag(m_ConnPool, pwrDev_rtData.PowerDevDeviceId, PwrDeviceAlarm_Data.ALM_TYPE_DC_DcIn1_Trip_ID, 0, timeout_tag,dt);

                        }

                    }else if(fc_model_str.contains("/gswGGIO2.Alm.stVal")) {    //第2路输入开关跳闸

                        origin_val = pwrDev_rtData.m_dcData.is_in2_swtrip;

                        pwrDev_rtData.m_dcData.is_in2_swtrip = ((BdaBoolean)fc_mode).getValue();

//                        pwrDev_rtData.m_dcData.is_in2_swtrip = readBooleanNodeData(dcDeviceName + "/gswGGIO2.Alm.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_in2_swtrip);		
                        if(origin_val==false && pwrDev_rtData.m_dcData.is_in2_swtrip==true) {

                            Date dt = ((BdaTimestamp)fc_mode_t).getDate();

//                            Date dt = readNodeTimeStamp(dcDeviceName + "/gswGGIO2.Alm.t", Fc.ST);

                            timeout_tag = checkIfBoolNodeTimeOut(dt);

							
                            PowerData_RT_SQL.make_TimeOutTag(m_ConnPool, pwrDev_rtData.PowerDevDeviceId, PwrDeviceAlarm_Data.ALM_TYPE_DC_DcIn2_Trip_ID, 0, timeout_tag,dt);

                        }

                    }else if(fc_model_str.contains("/fsw1GGIO") && fc_model_str.contains("Alm.stVal")) {

                        //System.out.println(fc_model_str + "===" + fsw1_Trip_idx);		
						
                        origin_val = pwrDev_rtData.m_dcData.is_fsw1_Trip_SW[fsw1_Trip_idx];

                        pwrDev_rtData.m_dcData.is_fsw1_Trip_SW[fsw1_Trip_idx] = ((BdaBoolean)fc_mode).getValue();

                        //pwrDev_rtData.m_dcData.is_fsw1_Trip_SW[fsw1_Trip_idx] = readBooleanNodeData(dcDeviceName + ref, Fc.ST, pwrDev_rtData.m_dcData.is_fsw1_Trip_SW[fsw1_Trip_idx]);	
                        if(origin_val==false && pwrDev_rtData.m_dcData.is_fsw1_Trip_SW[fsw1_Trip_idx]==true) {

                            Date dt = ((BdaTimestamp)fc_mode_t).getDate();

                            //Date dt = readNodeTimeStamp(dcDeviceName + reft, Fc.ST);

                            timeout_tag = checkIfBoolNodeTimeOut(dt);

							
                            PowerData_RT_SQL.make_TimeOutTag(m_ConnPool, pwrDev_rtData.PowerDevDeviceId, PwrDeviceAlarm_Data.ALM_TYPE_DC_DC1_SW_N_Trip_ID, (fsw1_Trip_idx+1), timeout_tag,dt);

                        }

                        fsw1_Trip_idx ++;

                    }else if(fc_model_str.contains("/fsw2GGIO") && fc_model_str.contains("Alm.stVal")) {

                        //System.out.println(fc_model_str + "===" + fsw2_Trip_idx);						
                        origin_val = pwrDev_rtData.m_dcData.is_fsw2_Trip_SW[fsw2_Trip_idx];

                        pwrDev_rtData.m_dcData.is_fsw2_Trip_SW[fsw2_Trip_idx] = ((BdaBoolean)fc_mode).getValue();

//                        pwrDev_rtData.m_dcData.is_fsw2_Trip_SW[i] = readBooleanNodeData(dcDeviceName + ref, Fc.ST, pwrDev_rtData.m_dcData.is_fsw2_Trip_SW[i]);	
                        if(origin_val==false && pwrDev_rtData.m_dcData.is_fsw2_Trip_SW[fsw2_Trip_idx]==true) {

                            Date dt = ((BdaTimestamp)fc_mode_t).getDate();

                            //Date dt = readNodeTimeStamp(dcDeviceName + reft, Fc.ST);

                            timeout_tag = checkIfBoolNodeTimeOut(dt);

							
                            PowerData_RT_SQL.make_TimeOutTag(m_ConnPool, pwrDev_rtData.PowerDevDeviceId, PwrDeviceAlarm_Data.ALM_TYPE_DC_DC2_SW_N_Trip_ID, (fsw2_Trip_idx+1), timeout_tag,dt);

                        }

                        fsw2_Trip_idx ++;

                    }else if(fc_model_str.contains("/etmGGIO1.Alm.stVal")) {

                        origin_val = pwrDev_rtData.m_dcData.is_tempalarm;

                        pwrDev_rtData.m_dcData.is_tempalarm = ((BdaBoolean)fc_mode).getValue();

//                        pwrDev_rtData.m_dcData.is_tempalarm = readBooleanNodeData(dcDeviceName + "/etmGGIO.Alm.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_tempalarm);		
                        if(origin_val==false && pwrDev_rtData.m_dcData.is_tempalarm==true) {

                            Date dt = ((BdaTimestamp)fc_mode_t).getDate();

//                            Date dt = readNodeTimeStamp(dcDeviceName + "/etmGGIO.Alm.t", Fc.ST);

                            timeout_tag = checkIfBoolNodeTimeOut(dt);

							
                            PowerData_RT_SQL.make_TimeOutTag(m_ConnPool, pwrDev_rtData.PowerDevDeviceId, PwrDeviceAlarm_Data.ALM_TYPE_DC_TempAlarm_ID, 0, timeout_tag,dt);

                        }

                    }else if(fc_model_str.contains("/calmGGIO1.Alm.stVal")) {

                        origin_val = pwrDev_rtData.m_dcData.is_total_alarm;

                        pwrDev_rtData.m_dcData.is_total_alarm = ((BdaBoolean)fc_mode).getValue();

//                        pwrDev_rtData.m_dcData.is_total_alarm = readBooleanNodeData(dcDeviceName + "/calmGGIO.Alm.stVal", Fc.ST, pwrDev_rtData.m_dcData.is_total_alarm);

                        if(origin_val==false && pwrDev_rtData.m_dcData.is_total_alarm==true) {

                            Date dt = ((BdaTimestamp)fc_mode_t).getDate();

//                            Date dt = readNodeTimeStamp(dcDeviceName + "/calmGGIO.Alm.t", Fc.ST);

                            timeout_tag = checkIfBoolNodeTimeOut(dt);

							
                            PowerData_RT_SQL.make_TimeOutTag(m_ConnPool, pwrDev_rtData.PowerDevDeviceId, PwrDeviceAlarm_Data.ALM_TYPE_DC_TolalAlarm_ID, 0, timeout_tag,dt);

                        }

                    }else if(fc_model_str.contains("/commGGIO1.Ind1.stVal")) {

                        //协转与高频开关柜通信故障

                        origin_val = pwrDev_rtData.m_acdcData.is_comm_err;

                        pwrDev_rtData.m_acdcData.is_comm_err = ((BdaBoolean)fc_mode).getValue();

                        //System.out.println("is_comm_err:"+pwrDev_rtData.m_acdcData.is_comm_err);

                        if(origin_val==false && pwrDev_rtData.m_acdcData.is_battgroup1_fuse==true) {

                            Date dt = ((BdaTimestamp)fc_mode_t).getDate();

                            //Date dt = readNodeTimeStamp(acdcDeviceName + "/gswGGIO4.Alm.t", Fc.ST);

                            timeout_tag = checkIfBoolNodeTimeOut(dt);

							
                            PowerData_RT_SQL.make_TimeOutTag(m_ConnPool, pwrDev_rtData.PowerDevDeviceId, PwrDeviceAlarm_Data.ALM_TYPE_PWRDEV_CommErr_ID, 0, timeout_tag,dt);

                        }

                    }

					
                }

            }

            pwrDev_rtData.setCommSuccessCountInc();

            pwrDev_rtData.SetPwrDeviceCommErrState(false);

            resetErrCommCount("read_DC_LD.dsDcswibYx");

        } catch (Exception e) {

            setErrCommCountInc(0);

            logger.error(e.toString(), e);

        }

		
    }



    private void read_ACDC_LD() {


 IEC61850_ForPowerSupply_ForNW/src/com/version_inf/version_inf.txt

@@ -12,8 +12,8 @@
        

V1.109  2024-11-27 lijun

    1.新增紫晶DCDC电源数据解析[界面展示为直流配电柜和高频开关柜]      

        第一套电源协议名称：   WATTGY01DDPS

        第一套电源协议名称：   WATTGY01DDPS1

        第一套电源协议名称：      ZJDYDDPS

        第一套电源协议名称：       ZJDYDDPS2



V1.108  2024-10-23 lijun

    1.添加"协转与电源通信故障告警",方便排查现场问题