#光伏站点首页

hzims-service-api/hzims-operational-api/src/main/java/com/hnac/hzims/operational/main/vo/PhotovoltaicDeviceVo.java

@@ -35,10 +35,34 @@ public class PhotovoltaicDeviceVo {
 	@JsonSerialize(nullsUsing = NullSerializer.class)
 	private Double load;
 
+	@ApiModelProperty(value = "环比功率")
+	@JsonSerialize(nullsUsing = NullSerializer.class)
+	private Double loadRatio;
+
 	@ApiModelProperty(value = "发电量: kWh")
 	@JsonSerialize(nullsUsing = NullSerializer.class)
 	private Double generate;
 
+	@ApiModelProperty(value = "日发电量: kWh")
+	@JsonSerialize(nullsUsing = NullSerializer.class)
+	private Double generateDay;
+
+	@ApiModelProperty(value = "环比功率")
+	@JsonSerialize(nullsUsing = NullSerializer.class)
+	private Double generateDayRatio;
+
+	@ApiModelProperty(value = "月发电量: kWh")
+	@JsonSerialize(nullsUsing = NullSerializer.class)
+	private Double generateMon;
+
+	@ApiModelProperty(value = "年发电量: kWh")
+	@JsonSerialize(nullsUsing = NullSerializer.class)
+	private Double generateYear;
+
+	@ApiModelProperty(value = "电压: V")
+	@JsonSerialize(nullsUsing = NullSerializer.class)
+	private Double voltage;
+
 	@ApiModelProperty(value = "电流: A")
 	@JsonSerialize(nullsUsing = NullSerializer.class)
 	private Double current;
@@ -51,6 +75,10 @@ public class PhotovoltaicDeviceVo {
 	@JsonSerialize(nullsUsing = NullSerializer.class)
 	private Double tec;
 
+	@ApiModelProperty(value = "收益: 元")
+	@JsonSerialize(nullsUsing = NullSerializer.class)
+	private Double income;
+
 	@ApiModelProperty(value = "当日机组有功功率")
 	private List<PhotovoltaicPowerVo> activePowerVoList;
 

hzims-service-api/hzims-operational-api/src/main/java/com/hnac/hzims/operational/main/vo/PhotovoltaicRealVo.java

@@ -33,23 +33,7 @@ public class PhotovoltaicRealVo {
 
 	@ApiModelProperty(value = "总发电量: kWh")
 	@JsonSerialize(nullsUsing = NullSerializer.class)
-	private Double generation;
-
-	@ApiModelProperty(value = "年发电量: kWh")
-	@JsonSerialize(nullsUsing = NullSerializer.class)
-	private Double generationYear;
-
-	@ApiModelProperty(value = "月发电量: kWh")
-	@JsonSerialize(nullsUsing = NullSerializer.class)
-	private Double generationMon;
-
-	@ApiModelProperty(value = "日发电量: kWh")
-	@JsonSerialize(nullsUsing = NullSerializer.class)
-	private Double generationDay;
-
-	@ApiModelProperty(value = "日发电量环比(相比昨日)")
-	@JsonSerialize(nullsUsing = NullSerializer.class)
-	private Double generationChain;
+	private Double generate;
 
 	@ApiModelProperty(value = "电压: V")
 	@JsonSerialize(nullsUsing = NullSerializer.class)
@@ -59,23 +43,12 @@ public class PhotovoltaicRealVo {
 	@JsonSerialize(nullsUsing = NullSerializer.class)
 	private Double current;
 
-	@ApiModelProperty(value = "节约标准煤：1kwh = 0.0001229吨煤")
-	@JsonSerialize(nullsUsing = NullSerializer.class)
-	private Double tec;
-
-	@ApiModelProperty(value = "二氧化碳减排：1kwh = 0.000997吨二氧化碳排放")
-	@JsonSerialize(nullsUsing = NullSerializer.class)
-	private Double co2;
-
-	@ApiModelProperty(value = "减少森林砍伐：1kwh = 0.000553")
-	@JsonSerialize(nullsUsing = NullSerializer.class)
-	private Double deforest;
-
 	@ApiModelProperty(value = "功率: kW")
 	@JsonSerialize(nullsUsing = NullSerializer.class)
 	private Double load;
 
-	@ApiModelProperty(value = "收益：1kwh = 0.3 ~ 0.425人名币")
+	@ApiModelProperty(value = "上次功率: kW")
 	@JsonSerialize(nullsUsing = NullSerializer.class)
-	private Double income;
+	private Double lastLoad;
+
 }

hzims-service-api/hzims-operational-api/src/main/java/com/hnac/hzims/operational/main/vo/PhotovoltaicStationVo.java

@@ -1,14 +1,17 @@
 package com.hnac.hzims.operational.main.vo;
 
+import com.fasterxml.jackson.annotation.JsonFormat;
 import com.fasterxml.jackson.databind.annotation.JsonSerialize;
 import com.fasterxml.jackson.databind.ser.std.NullSerializer;
 import com.hnac.hzims.hzimsweather.response.weather.Daily;
 import io.swagger.annotations.ApiModel;
 import io.swagger.annotations.ApiModelProperty;
 import lombok.Data;
+import org.springblade.core.tool.utils.DateUtil;
+import org.springframework.format.annotation.DateTimeFormat;
 
+import java.time.LocalDateTime;
 import java.util.List;
-import java.util.Map;
 
 /**
  * @author ysj
@@ -28,6 +31,14 @@ public class PhotovoltaicStationVo {
 	@ApiModelProperty(value = "站点编码")
 	private String stationCode;
 
+	@ApiModelProperty(value = "地址")
+	private String address;
+
+	@ApiModelProperty(value = "投运时间")
+	@DateTimeFormat(pattern = DateUtil.PATTERN_DATETIME)
+	@JsonFormat(pattern = DateUtil.PATTERN_DATETIME)
+	private LocalDateTime operationTime;
+
 	@ApiModelProperty(value = "总装机容量")
 	@JsonSerialize(nullsUsing = NullSerializer.class)
 	private Double capacity;
@@ -58,6 +69,12 @@ public class PhotovoltaicStationVo {
 	@ApiModelProperty(value = "站点实时温度")
 	private String temp;
 
+	@ApiModelProperty(value = "站点收益")
+	private Double income;
+
+	@ApiModelProperty(value = "逆变器数量")
+	private Integer inverterCount;
+
 	@ApiModelProperty(value = "七日内天气")
 	private List<Daily> weather;
 

hzims-service-api/hzims-operational-api/src/main/java/com/hnac/hzims/operational/main/vo/PhotovoltaicTargetVo.java

@@ -1,5 +1,7 @@
 package com.hnac.hzims.operational.main.vo;
 
+import com.fasterxml.jackson.databind.annotation.JsonSerialize;
+import com.fasterxml.jackson.databind.ser.std.NullSerializer;
 import io.swagger.annotations.ApiModel;
 import io.swagger.annotations.ApiModelProperty;
 import lombok.Data;
@@ -22,14 +24,40 @@ public class PhotovoltaicTargetVo {
 	@ApiModelProperty(value = "设备名称")
 	private String deviceName;
 
-	@ApiModelProperty(value = "当年发电量")
-	private Float powerYear;
+	@ApiModelProperty(value = "当日运行时长")
+	private Double runHours;
 
-	@ApiModelProperty(value = "当月发电量")
-	private Float powerMon;
+	@ApiModelProperty(value = "年发电量: kWh")
+	@JsonSerialize(nullsUsing = NullSerializer.class)
+	private Double generationYear;
 
-	@ApiModelProperty(value = "当日发电量")
-	private Float powerDay;
+	@ApiModelProperty(value = "月发电量: kWh")
+	@JsonSerialize(nullsUsing = NullSerializer.class)
+	private Double generationMon;
+
+	@ApiModelProperty(value = "节约标准煤：1kwh = 0.0001229吨煤")
+	@JsonSerialize(nullsUsing = NullSerializer.class)
+	private Double tec;
+
+	@ApiModelProperty(value = "二氧化碳减排：1kwh = 0.000997吨二氧化碳排放")
+	@JsonSerialize(nullsUsing = NullSerializer.class)
+	private Double co2;
+
+	@ApiModelProperty(value = "收益：1kwh = 0.3 ~ 0.425人名币")
+	@JsonSerialize(nullsUsing = NullSerializer.class)
+	private Double income;
+
+	@ApiModelProperty(value = "减少森林砍伐：1kwh = 0.000553")
+	@JsonSerialize(nullsUsing = NullSerializer.class)
+	private Double deforest;
+
+	@ApiModelProperty(value = "日发电量: kWh")
+	@JsonSerialize(nullsUsing = NullSerializer.class)
+	private Double generationDay;
+
+	@ApiModelProperty(value = "昨日发电量: kWh")
+	@JsonSerialize(nullsUsing = NullSerializer.class)
+	private Double generationYesterday;
 
 	@ApiModelProperty(value = "当日机组有功功率")
 	private List<PhotovoltaicPowerVo> activePowerVoList;

hzims-service/operational/src/main/java/com/hnac/hzims/operational/main/service/impl/PhotovoltaicServiceImpl.java

@@ -13,6 +13,11 @@ import com.hnac.hzims.operational.main.service.*;
 import com.hnac.hzims.operational.main.vo.*;
 import com.hnac.hzims.operational.station.entity.StationEntity;
 import com.hnac.hzims.operational.station.service.IStationService;
+import com.hnac.hzinfo.datasearch.PointData;
+import com.hnac.hzinfo.datasearch.history.IHistoryDataSearchClient;
+import com.hnac.hzinfo.datasearch.history.OriginalDataQuery;
+import com.hnac.hzinfo.sdk.core.response.HzPage;
+import com.hnac.hzinfo.sdk.core.response.Result;
 import lombok.RequiredArgsConstructor;
 import org.apache.commons.collections4.MapUtils;
 import org.springblade.core.log.exception.ServiceException;
@@ -57,7 +62,7 @@ public class PhotovoltaicServiceImpl implements PhotovoltaicService {
 
 	private final IWeatherService weatherService;
 
-	private final IWaterService waterService;
+	private final IHistoryDataSearchClient historySearchClient;
 
 	private final ISysClient sysClient;
 
@@ -95,28 +100,16 @@ public class PhotovoltaicServiceImpl implements PhotovoltaicService {
 			real.setState(random.nextInt(2)-1);
 			// 容量
 			real.setCapacity(device.getInstalledCapacity());
-			// 年发电量
-			real.setGenerationYear(random.nextDouble() * 25000 * 360);
-			// 月发电量
-			real.setGenerationMon(random.nextDouble() * 25000 * 30);
-			// 日发电量
-			real.setGenerationDay(random.nextDouble() * 25000 * 30);
-			// 日发电量环比(相比昨日)
-			real.setGenerationChain(random.nextDouble());
+			// 发电量
+			real.setGenerate(random.nextDouble() * 25000 * 300 * 2);
 			// 电压
 			real.setVoltage(random.nextDouble() * 300);
 			// 电流
 			real.setCurrent(random.nextDouble() * 300);
-			// 节约标准煤
-			real.setTec(real.getGenerationMon() * 0.0001229);
-			// 二氧化碳减排
-			real.setCo2(real.getGenerationMon() * 0.997);
-			// 减少森林砍伐
-			real.setDeforest(real.getGenerationMon() * 0.000553);
 			// 功率
 			real.setLoad(random.nextDouble() * 300);
-			// 收益
-			real.setIncome(random.nextDouble() * 0.34);
+			// 上次功率
+			real.setLastLoad(random.nextDouble() * 300);
 			list.add(real);
 		});
 		redisTemplate.opsForValue().set(load_photovoltaic_real_key,list);
@@ -134,29 +127,42 @@ public class PhotovoltaicServiceImpl implements PhotovoltaicService {
 			return;
 		}
 		List<PhotovoltaicTargetVo> list = new ArrayList<>();
+		Random random = new Random();
 		devices.forEach(device->{
 			PhotovoltaicTargetVo target = new PhotovoltaicTargetVo();
 			target.setDeptId(device.getCreateDept());
 			target.setDeviceCode(device.getEmCode());
 			target.setDeviceName(device.getName());
 			target.setDeptName(device.getName());
-			// 当年发电量
-			float powerYear = this.getGenerationPower(device,0);
-			target.setPowerYear(powerYear);
-			// 当月发电量
-			float powerMon = this.getGenerationPower(device,1);
-			target.setPowerMon(powerMon);
-			// 当日发电量
-			float powerDay = this.getGenerationPower(device,2);
+			// 当日运行时长
+			// target.setRunHours(this.runHours(device.getPoint().get(HomePageConstant.PV_JOINT_RELAY)));
 			// 当天有功功率
 			// List<ActivePowerVo> activePowerVoList = waterService.getActivePowerVoList(device);
-			// FIXME 测试模拟数据
+			// FIXME 测试数据
+			// 当天运行时长
+			target.setRunHours(new Random().nextDouble() * 24);
+			// 年发电量
+			target.setGenerationYear(random.nextDouble() * 25000 * 360);
+			// 月发电量
+			target.setGenerationMon(random.nextDouble() * 25000 * 30);
+			// 日发电量
+			target.setGenerationDay(random.nextDouble() * 25000);
+			// 收益
+			target.setIncome(target.getGenerationDay() * 0.34);
+			// 昨日发电量
+			target.setGenerationYesterday(random.nextDouble() * 25000);
+			// 节约标准煤
+			target.setTec(target.getGenerationMon() * 0.0001229);
+			// 二氧化碳减排
+			target.setCo2(target.getGenerationMon() * 0.000997);
+			// 减少森林砍伐
+			target.setDeforest(target.getGenerationMon() * 0.000553);
+			// FIXME 测试模拟数据30天功率
 			List<PhotovoltaicPowerVo> photovoltaicPowers = this.activePowerVoList(device);
 			target.setActivePowerVoList(photovoltaicPowers);
 			// 30天发电量
 			List<GenerationPowerVo> generationPowerVoList = this.getGenerationPowerList(device);
 			target.setGenerationPowerVoList(generationPowerVoList);
-			target.setPowerDay(powerDay);
 			list.add(target);
 		});
 		redisTemplate.opsForValue().set(load_photovoltaic_target_key,list);
@@ -176,6 +182,106 @@ public class PhotovoltaicServiceImpl implements PhotovoltaicService {
 
 
 	/**
+	 * 当天运行时长
+	 * @param realId
+	 * @return
+	 */
+	private Double runHours(String realId) {
+		Calendar calendar = Calendar.getInstance();
+		Date end = calendar.getTime();
+		calendar.add(Calendar.HOUR_OF_DAY,-calendar.get(Calendar.HOUR_OF_DAY));
+		calendar.add(Calendar.MINUTE,-calendar.get(Calendar.MINUTE));
+		calendar.add(Calendar.SECOND,-calendar.get(Calendar.SECOND));
+		Date start = calendar.getTime();
+		OriginalDataQuery originalDataQuery = new OriginalDataQuery();
+		originalDataQuery.setRealId(realId);
+		originalDataQuery.setBeginTime(start);
+		originalDataQuery.setEndTime(end);
+		originalDataQuery.setLimit(100000);
+		originalDataQuery.setPage(1);
+		// 查询时间范围开关机监测点历史数据
+		Result<HzPage<PointData>> R = historySearchClient.getOriginalDataByRealIds(originalDataQuery);
+		if(!R.isSuccess() || ObjectUtil.isEmpty(R.getData())){
+			return 0.0;
+		}
+		// 过滤相邻开关机状态相同数据
+		List<PointData> result = this.filterData(R.getData().getRecords());
+		if(CollectionUtil.isEmpty(result)){
+			return 0.0;
+		}
+		// 开机运行时长
+		long time = this.runTime(result,start,end);
+		return BigDecimal.valueOf(time / (1000 * 60 * 60.00)).setScale(2, BigDecimal.ROUND_HALF_UP).doubleValue();
+	}
+
+	/**
+	 * 过滤相邻开关机状态相同数据
+	 * @param list
+	 * @return
+	 */
+	private List<PointData> filterData(List<PointData> list) {
+		if(CollectionUtil.isEmpty(list)){
+			return null;
+		}
+		List<PointData> result = new ArrayList<>();
+		// 遍历数据
+		for(int i = 0; i< list.size() ; i++){
+			// 第一个数据保存下来
+			if(i == 0){
+				result.add(list.get(i));
+				continue;
+			}
+			// 遍历数据状态
+			String value = list.get(i).getValue();
+			if(StringUtil.isBlank(value)){
+				continue;
+			}
+			// 上一条数据状态
+			String up_value = list.get(i-1).getValue();
+			if(value.equals(up_value)){
+				continue;
+			}
+			result.add(list.get(i));
+		}
+		return result;
+	}
+
+	/**
+	 * 获取运行时长
+	 * @param result
+	 * @return
+	 */
+	private long runTime(List<PointData> result,Date startDate,Date endDate) {
+		if(result.size() == 1){
+			// 一直开机
+			if(HomePageConstant.OFF.equals(result.get(0).getValue())){
+				return endDate.getTime() - startDate.getTime();
+			}
+			// 一直关机
+			return 0;
+		}
+		long time=0;
+		// 遍历累计开机时长
+		for(int i = 0; i< result.size() ; i++){
+			// 记录为开机状态 就计算到下次关机的时间差
+			if(HomePageConstant.ON.equals(result.get(i).getValue())){
+				continue;
+			}
+			Date endTime,startTime = DateUtil.parse(result.get(i).getTime(), DateUtil.PATTERN_DATETIME);
+			// 遍历至最后一条数据,累计至当前时间
+			if(i == result.size() - 1){
+				endTime = endDate;
+			}
+			else {
+				endTime = DateUtil.parse(result.get(i+1).getTime(), DateUtil.PATTERN_DATETIME);
+			}
+			time += endTime.getTime() - startTime.getTime();
+		}
+		return time;
+	}
+
+
+	/**
 	 * 获取年、月、日发电量
 	 * @param device
 	 * @param scope
@@ -373,37 +479,43 @@ public class PhotovoltaicServiceImpl implements PhotovoltaicService {
 		if(CollectionUtil.isEmpty(stations)){
 			return new PhotovoltaicKPIsVo();
 		}
-		// redis实时数据
-		List<PhotovoltaicRealVo> photovoltaics = (List<PhotovoltaicRealVo>) redisTemplate.opsForValue().get(load_photovoltaic_real_key);
-		if(CollectionUtil.isEmpty(photovoltaics)){
-			return new PhotovoltaicKPIsVo();
-		}
-		// 过滤无效设备实时数据
-		List<PhotovoltaicRealVo> devices = photovoltaics.stream().filter(device -> stations.stream().map(StationEntity::getRefDept).collect(Collectors.toList()).contains(device.getDeptId())).collect(Collectors.toList());
-		if(CollectionUtil.isEmpty(devices)){
-			return new PhotovoltaicKPIsVo();
-		}
 		PhotovoltaicKPIsVo kpi = new PhotovoltaicKPIsVo();
 		// 站点数量
 		kpi.setCount(stations.size());
-		// 容量
-		kpi.setInstalledCapacity(devices.stream().mapToDouble(PhotovoltaicRealVo::getCapacity).sum());
-		// 负荷
-		kpi.setLoad(devices.stream().mapToDouble(PhotovoltaicRealVo::getLoad).sum());
+		// 实时数据
+		List<PhotovoltaicRealVo> deviceReals = (List<PhotovoltaicRealVo>) redisTemplate.opsForValue().get(load_photovoltaic_real_key);
+		if(CollectionUtil.isNotEmpty(deviceReals)){
+			List<PhotovoltaicRealVo> reals = deviceReals.stream().filter(device -> stations.stream().map(StationEntity::getRefDept).collect(Collectors.toList()).contains(device.getDeptId())).collect(Collectors.toList());
+			if(CollectionUtil.isNotEmpty(reals)){
+				// 容量
+				kpi.setInstalledCapacity(reals.stream().mapToDouble(PhotovoltaicRealVo::getCapacity).sum());
+				// 负荷
+				kpi.setLoad(reals.stream().mapToDouble(PhotovoltaicRealVo::getLoad).sum());
+			}
+		}
+		// 指标数据
+		List<PhotovoltaicTargetVo> deviceTargets = (List<PhotovoltaicTargetVo>) redisTemplate.opsForValue().get(load_photovoltaic_target_key);
+		if(CollectionUtil.isEmpty(deviceTargets)){
+			return kpi;
+		}
+		List<PhotovoltaicTargetVo> targets = deviceTargets.stream().filter(device -> stations.stream().map(StationEntity::getRefDept).collect(Collectors.toList()).contains(device.getDeptId())).collect(Collectors.toList());
+		if(CollectionUtil.isEmpty(targets)){
+			return kpi;
+		}
 		// 年发电量
-		kpi.setPowerYear(devices.stream().mapToDouble(PhotovoltaicRealVo::getGenerationYear).sum());
+		kpi.setPowerYear(targets.stream().mapToDouble(PhotovoltaicTargetVo::getGenerationYear).sum());
 		// 月发电量
-		kpi.setPowerMon(devices.stream().mapToDouble(PhotovoltaicRealVo::getGenerationMon).sum());
+		kpi.setPowerMon(targets.stream().mapToDouble(PhotovoltaicTargetVo::getGenerationMon).sum());
 		// 日发电量
-		kpi.setPowerDay(devices.stream().mapToDouble(PhotovoltaicRealVo::getGenerationDay).sum());
+		kpi.setPowerDay(targets.stream().mapToDouble(PhotovoltaicTargetVo::getGenerationDay).sum());
 		// 节约标准煤
-		kpi.setTec(devices.stream().mapToDouble(PhotovoltaicRealVo::getTec).sum());
+		kpi.setTec(targets.stream().mapToDouble(PhotovoltaicTargetVo::getTec).sum());
 		// CO2减排
-		kpi.setCo2(devices.stream().mapToDouble(PhotovoltaicRealVo::getCo2).sum());
+		kpi.setCo2(targets.stream().mapToDouble(PhotovoltaicTargetVo::getCo2).sum());
 		// 减少森林砍伐
-		kpi.setDeforest(devices.stream().mapToDouble(PhotovoltaicRealVo::getDeforest).sum());
+		kpi.setDeforest(targets.stream().mapToDouble(PhotovoltaicTargetVo::getDeforest).sum());
 		// 近3年发电量
-		kpi.setPowerYearVoList(this.getPowerList(stations.stream().map(StationEntity::getCode).collect(Collectors.toList())));
+		kpi.setPowerYearVoList(this.getPowerList(stations.stream().map(StationEntity::getId).collect(Collectors.toList())));
 		return kpi;
 	}
 
@@ -411,7 +523,7 @@ public class PhotovoltaicServiceImpl implements PhotovoltaicService {
 	 * 获取近3年发电量
 	 * @return
 	 */
-	private List<PowerYearVo> getPowerList(List<String> stations) {
+	private List<PowerYearVo> getPowerList(List<Long> stations) {
 		// 站点近年发电数据 key - stationCode  value - 月份,发电量
 		Map<Long, Map<String, Float>> map = (Map<Long, Map<String, Float>>) redisTemplate.opsForValue().get(RECENT_YEAR_POWER_DATA);
 		if(MapUtils.isEmpty(map)){
@@ -579,11 +691,10 @@ public class PhotovoltaicServiceImpl implements PhotovoltaicService {
 		if(MapUtils.isEmpty(map)){
 			return new ArrayList<>();
 		}
-		// redis实时数据
-		List<PhotovoltaicRealVo> photovoltaics = (List<PhotovoltaicRealVo>) redisTemplate.opsForValue().get(load_photovoltaic_real_key);
-		if(CollectionUtil.isEmpty(photovoltaics)){
-			return new ArrayList<>();
-		}
+		// 实时数据
+		List<PhotovoltaicRealVo> deviceReals = (List<PhotovoltaicRealVo>) redisTemplate.opsForValue().get(load_photovoltaic_real_key);
+		// 指标数据
+		List<PhotovoltaicTargetVo> deviceTargets = (List<PhotovoltaicTargetVo>) redisTemplate.opsForValue().get(load_photovoltaic_target_key);
 		// 遍历数据
 		List<SubordinateVo> list = new ArrayList<>();
 		for (Map.Entry<Dept,List<StationEntity>> entry : map.entrySet()) {
@@ -598,15 +709,19 @@ public class PhotovoltaicServiceImpl implements PhotovoltaicService {
 			StationEntity station = entry.getValue().get(0);
 			subordinate.setLttd(station.getLttd());
 			subordinate.setLgtd(station.getLgtd());
+			// 省市编码
 			String areaCode = station.getAreaCode();
 			subordinate.setAreaCode(areaCode);
-			if(StringUtil.isEmpty(areaCode)){
-				continue;
+			if(!StringUtil.isEmpty(areaCode)){
+				String[] arrCode = areaCode.split(",");
+				R<Region> R = sysClient.getRegion(arrCode[1]);
+				if (R.isSuccess() && ObjectUtil.isNotEmpty(R.getData())) {
+					subordinate.setAreaName(R.getData().getName());
+				}
 			}
-			String[] arrCode = areaCode.split(",");
-			R<Region> R = sysClient.getRegion(arrCode[1]);
-			if (R.isSuccess() && ObjectUtil.isNotEmpty(R.getData())) {
-				subordinate.setAreaName(R.getData().getName());
+			// 站点类型
+			if(HomePageConstant.STATION.equals(entry.getKey().getDeptCategory())){
+				subordinate.setType(entry.getValue().get(0).getPhotovoltaicType());
 			}
 			// 获取实时天气
 			Map<String, HeWeatherWeatherNowResponse> nowWeather = this.weatherService.getNowWeather(Collections.singletonList(station.getCode()));
@@ -619,14 +734,18 @@ public class PhotovoltaicServiceImpl implements PhotovoltaicService {
 				subordinate.setTemp(nowWeather.get(station.getCode()).getNow().getTemp());
 			}
 			subordinate.setWeather(weekWeather.get(station.getCode()).getDaily());
-			// 区域/站点 设备集合
-			List<PhotovoltaicRealVo> devices = photovoltaics.stream().filter(photovoltaic -> entry.getValue().stream().map(StationEntity::getRefDept).collect(Collectors.toList()).contains(photovoltaic.getDeptId())).collect(Collectors.toList());
-			if(CollectionUtil.isNotEmpty(devices)){
-				subordinate.setGeneration(devices.stream().mapToDouble(PhotovoltaicRealVo::getGenerationYear).sum());
+			// 区域/站点 设备实时数据
+			List<PhotovoltaicRealVo> reals = deviceReals.stream().filter(photovoltaic -> entry.getValue().stream().map(StationEntity::getRefDept).collect(Collectors.toList()).contains(photovoltaic.getDeptId())).collect(Collectors.toList());
+			if(CollectionUtil.isNotEmpty(reals)){
 				subordinate.setStationCount(Long.valueOf(entry.getValue().size()));
-				subordinate.setStationUseCount(devices.stream().filter(device -> HomePageConstant.OFF.equals(device.getState())).map(PhotovoltaicRealVo::getDeptId).distinct().count());
-				subordinate.setCapacity(devices.stream().mapToDouble(PhotovoltaicRealVo::getCapacity).sum());
-				subordinate.setLoad(devices.stream().mapToDouble(PhotovoltaicRealVo::getLoad).sum());
+				subordinate.setStationUseCount(reals.stream().filter(device -> HomePageConstant.OFF.equals(device.getState())).map(PhotovoltaicRealVo::getDeptId).distinct().count());
+				subordinate.setCapacity(reals.stream().mapToDouble(PhotovoltaicRealVo::getCapacity).sum());
+				subordinate.setLoad(reals.stream().mapToDouble(PhotovoltaicRealVo::getLoad).sum());
+			}
+			// 区域/站点 设备指标数据
+			List<PhotovoltaicTargetVo> targets = deviceTargets.stream().filter(photovoltaic -> entry.getValue().stream().map(StationEntity::getRefDept).collect(Collectors.toList()).contains(photovoltaic.getDeptId())).collect(Collectors.toList());
+			if(CollectionUtil.isNotEmpty(targets)){
+				subordinate.setGeneration(targets.stream().mapToDouble(PhotovoltaicTargetVo::getGenerationYear).sum());
 			}
 			list.add(subordinate);
 		}
@@ -688,18 +807,24 @@ public class PhotovoltaicServiceImpl implements PhotovoltaicService {
 		photovoltaic.setDeptId(station.getRefDept());
 		photovoltaic.setDeptName(station.getName());
 		photovoltaic.setStationCode(station.getCode());
+		// 站点地址
+		photovoltaic.setAddress(station.getAddress());
+		// 站点投运时间
+		photovoltaic.setOperationTime(station.getCommissionTime());
 		// 站点实时天气
 		photovoltaic.setTemp(this.temp(weather,station.getCode()));
 		// 站点七天天气
 		photovoltaic.setWeather(this.week(weekWeather,station.getCode()));
+		// 逆变器数量
+		photovoltaic.setInverterCount(devices.size());
 		// 运行天数
 		photovoltaic.setRunDay(this.run_day(station));
-		// 实时数据: 装机容量、功率、总发电量、年发电量、月发电、日发电量
-		this.real_data(photovoltaic,devices,reals);
 		// 设备实时数据、指标数据: 容量、发电量、实时功率、电流、co2、节约标准煤、30日发电量、当日功率
 		photovoltaic.setDevices(this.deviceRealTarget(devices,reals,targets));
 		// 设备排行榜
 		photovoltaic.setCharts(this.deviceCharts(photovoltaic.getDevices()));
+		// 站点实时数据: 装机容量、总发电量、功率、收益
+		this.real_data(photovoltaic);
 		// 年发电量比较概括
 		photovoltaic.setGenerateSurvey(this.generateSurvey(station.getId()));
 		return photovoltaic;
@@ -754,33 +879,28 @@ public class PhotovoltaicServiceImpl implements PhotovoltaicService {
 	}
 
 	/**
-	 * 指标数据
-	 * @param devices
-	 * @param reals
+	 * 站点实时数据统计
+	 * @param photovoltaic
 	 */
-	private void real_data(PhotovoltaicStationVo photovoltaic, List<EminfoAndEmParamVo> devices, List<PhotovoltaicRealVo> reals) {
+	private void real_data(PhotovoltaicStationVo photovoltaic) {
 		// 站点设备检查
-		if(CollectionUtil.isEmpty(devices)){
+		if(CollectionUtil.isEmpty(photovoltaic.getDevices())){
 			return;
 		}
-		photovoltaic.setCapacity(devices.stream().mapToDouble(EminfoAndEmParamVo::getInstalledCapacity).sum());
-		if(CollectionUtil.isEmpty(reals)){
-		}
-		// 设备指标数据匹配
-		List<PhotovoltaicRealVo> deviceReals = reals.stream().filter(o-> devices.stream().map(EminfoAndEmParamVo::getCreateDept).collect(Collectors.toList()).contains(o.getDeptId())).collect(Collectors.toList());
-		if(CollectionUtil.isEmpty(deviceReals)){
-			return;
-		}
-		// 日发电量
-		photovoltaic.setGenerateDay(deviceReals.stream().mapToDouble(PhotovoltaicRealVo::getGenerationDay).sum());
-		// 月发电量
-		photovoltaic.setGenerateMon(deviceReals.stream().mapToDouble(PhotovoltaicRealVo::getGenerationMon).sum());
-		// 年发电量
-		photovoltaic.setGenerateYear(deviceReals.stream().mapToDouble(PhotovoltaicRealVo::getGenerationYear).sum());
+		// 容量
+		photovoltaic.setCapacity(photovoltaic.getDevices().stream().mapToDouble(PhotovoltaicDeviceVo::getCapacity).sum());
 		// 总发电量
-		photovoltaic.setGenerate(deviceReals.stream().mapToDouble(PhotovoltaicRealVo::getGeneration).sum());
+		photovoltaic.setGenerate(photovoltaic.getDevices().stream().mapToDouble(PhotovoltaicDeviceVo::getGenerate).sum());
+		// 收益
+		photovoltaic.setIncome(photovoltaic.getGenerate() * 0.34);
+		// 年发电量
+		photovoltaic.setGenerateYear(photovoltaic.getDevices().stream().mapToDouble(PhotovoltaicDeviceVo::getGenerateYear).sum());
+		// 月发电量
+		photovoltaic.setGenerateMon(photovoltaic.getDevices().stream().mapToDouble(PhotovoltaicDeviceVo::getGenerateMon).sum());
+		// 日发电量
+		photovoltaic.setGenerateDay(photovoltaic.getDevices().stream().mapToDouble(PhotovoltaicDeviceVo::getGenerateDay).sum());
 		// 功率
-		photovoltaic.setLoad(deviceReals.stream().mapToDouble(PhotovoltaicRealVo::getLoad).sum());
+		photovoltaic.setLoad(photovoltaic.getDevices().stream().mapToDouble(PhotovoltaicDeviceVo::getLoad).sum());
 	}
 
 	/**
@@ -798,25 +918,43 @@ public class PhotovoltaicServiceImpl implements PhotovoltaicService {
 			PhotovoltaicDeviceVo item = new PhotovoltaicDeviceVo();
 			item.setDeviceCode(device.getEmCode());
 			item.setDeviceName(device.getName());
-			item.setDeptId(item.getDeptId());
+			item.setDeptId(device.getCreateDept());
 			// 装机容量
 			item.setCapacity(device.getInstalledCapacity());
 			// 实时数据
 			List<PhotovoltaicRealVo> mateReals = reals.stream().filter(o->o.getDeviceCode().equals(device.getEmCode())).collect(Collectors.toList());
 			if(CollectionUtil.isNotEmpty(mateReals)){
-				// 发电量、实时功率、电流、co2减排、节约标准煤
-				item.setGenerate(mateReals.get(0).getGenerationDay());
+				// 总发电量、实时功率、电压、电流、环比功率
+				item.setGenerate(mateReals.get(0).getGenerate());
 				item.setLoad(mateReals.get(0).getLoad());
+				item.setVoltage(mateReals.get(0).getVoltage());
 				item.setCurrent(mateReals.get(0).getCurrent());
-				item.setCo2(mateReals.get(0).getCo2());
-				item.setTec(mateReals.get(0).getTec());
+				// 环比功率
+				if(Math.abs(mateReals.get(0).getLoad()) <= 0 || mateReals.get(0).getLastLoad() <= 0 ){
+					item.setLoadRatio(0.0);
+				}else{
+					item.setLoadRatio(BigDecimal.valueOf((mateReals.get(0).getLoad() - mateReals.get(0).getLastLoad()) / mateReals.get(0).getLastLoad() * 100).setScale(2, BigDecimal.ROUND_HALF_UP).doubleValue());
+				}
+
 			}
 			// 指标数据
 			List<PhotovoltaicTargetVo> mateTargets = targets.stream().filter(o->o.getDeviceCode().equals(device.getEmCode())).collect(Collectors.toList());
-			if(CollectionUtil.isNotEmpty(mateReals)){
-				//  30天发电量、当日功率
+			if(CollectionUtil.isNotEmpty(mateTargets)){
+				//  年发电量、月发电量、日发电量、co2减排、节约标准煤、收益、30天发电量、当日功率、环比日发电量
+				item.setGenerateYear(mateTargets.get(0).getGenerationYear());
+				item.setGenerateMon(mateTargets.get(0).getGenerationMon());
+				item.setGenerateDay(mateTargets.get(0).getGenerationDay());
+				item.setCo2(mateTargets.get(0).getCo2());
+				item.setTec(mateTargets.get(0).getTec());
+				item.setIncome(mateTargets.get(0).getIncome());
 				item.setActivePowerVoList(mateTargets.get(0).getActivePowerVoList());
 				item.setGenerationPowerVoList(mateTargets.get(0).getGenerationPowerVoList());
+				// 环比发电量
+				if(Math.abs(mateTargets.get(0).getGenerationDay()) <= 0 || mateTargets.get(0).getGenerationYesterday() <= 0 ){
+					item.setGenerateDayRatio(0.0);
+				}else{
+					item.setGenerateDayRatio(BigDecimal.valueOf((mateTargets.get(0).getGenerationDay() - mateTargets.get(0).getGenerationYesterday()) / mateTargets.get(0).getGenerationYesterday() * 100).setScale(2, BigDecimal.ROUND_HALF_UP).doubleValue());
+				}
 			}
 			return item;
 		}).collect(Collectors.toList());