1.pms谐波模块保留俩位小数
2.冀北分布式光伏概览代码提交
This commit is contained in:
wr
@@ -0,0 +1,17 @@
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package com.njcn.harmonic.mapper.majornetwork;
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import com.njcn.common.pojo.param.StatisticsBizBaseParam;
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import org.apache.ibatis.annotations.Param;
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import java.util.List;
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/**
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* @version 1.0.0
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* @author: wr
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* @date: 2023/05/10
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*/
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public interface PVOverviewMapper {
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List<Integer> selectPVSynthesisCount(@Param("param") StatisticsBizBaseParam param,
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@Param("id") List<String> id);
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}
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@@ -0,0 +1,69 @@
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<?xml version="1.0" encoding="UTF-8"?>
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<!DOCTYPE mapper PUBLIC "-//mybatis.org//DTD Mapper 3.0//EN" "http://mybatis.org/dtd/mybatis-3-mapper.dtd">
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<mapper namespace="com.njcn.harmonic.mapper.majornetwork.PVOverviewMapper">
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<select id="selectPVSynthesisCount" resultType="java.lang.Integer">
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SELECT
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count(*)
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FROM
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(
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SELECT
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measurement_point_id,
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data_date,
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sum( is_v_dev_warn + is_freq_warn + is_unbalance_warn + is_v_warn + is_flicker_warn + is_sag_warn + is_interrupt_warn + is_swell_warn ) AS num
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FROM
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r_mp_target_warn_d
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<where>
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is_effective = 1 AND is_warn = 1
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<if test="param!=null and param.startTime != null and param.startTime !=''">
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AND rmphd.data_date >= #{param.startTime} AND rmshd.data_date >= #{param.startTime}
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</if>
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<if test="param!=null and param.endTime != null and param.endTime != ''">
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AND rmphd.data_date <= #{param.endTime} AND rmshd.data_date <= #{param.endTime}
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</if>
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<if test="id != null and id.size > 0">
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AND measurement_point_id IN
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<foreach collection='id' item='item' index="index" open='(' separator=',' close=')'>
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#{item}
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</foreach>
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</if>
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</where>
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GROUP BY
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measurement_point_id,
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data_date
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HAVING
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num > 1
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) x UNION ALL
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SELECT
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count(*)
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FROM
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(
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SELECT
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measurement_point_id,
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data_date,
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sum( is_v_dev_warn + is_freq_warn + is_unbalance_warn + is_v_warn + is_flicker_warn + is_sag_warn + is_interrupt_warn + is_swell_warn ) AS num
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FROM
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r_mp_target_warn_d
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<where>
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is_effective = 1 AND is_harmonic = 1
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<if test="param!=null and param.startTime != null and param.startTime !=''">
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AND rmphd.data_date >= #{param.startTime} AND rmshd.data_date >= #{param.startTime}
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</if>
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<if test="param!=null and param.endTime != null and param.endTime != ''">
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AND rmphd.data_date <= #{param.endTime} AND rmshd.data_date <= #{param.endTime}
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</if>
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<if test="id != null and id.size > 0">
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AND measurement_point_id IN
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<foreach collection='id' item='item' index="index" open='(' separator=',' close=')'>
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#{item}
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</foreach>
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</if>
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</where>
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GROUP BY
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measurement_point_id,
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data_date
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HAVING
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num > 1
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) x
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</select>
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</mapper>
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@@ -17,15 +17,15 @@
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</resultMap>
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<select id="selectInfoList" resultType="com.njcn.harmonic.pojo.po.RStatHarmonicM">
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SELECT
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measurement_type_class,
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harmonic_type,
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sum(over_limit_measurement_average)/count(*) as overLimitMeasurementAverage ,
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sum(over_limit_measurement_accrued) as overLimitMeasurementAccrued,
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sum(over_Day) as overDay,
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sum(over_limit_measurement_ratio_average)/count(*) as overLimitMeasurementRatioAverage,
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sum(over_limit_measurement_ratio_accrued) as overLimitMeasurementRatioAccrued
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measurement_type_class,
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harmonic_type,
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ROUND( sum( over_limit_measurement_average )/ count(*), 2 ) AS overLimitMeasurementAverage,
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sum( over_limit_measurement_accrued ) AS overLimitMeasurementAccrued,
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sum( over_Day ) AS overDay,
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ROUND( sum( over_limit_measurement_ratio_average )/ count(*), 2 ) AS overLimitMeasurementRatioAverage,
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sum( over_limit_measurement_ratio_accrued ) AS overLimitMeasurementRatioAccrued
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FROM
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r_stat_harmonic_m
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r_stat_harmonic_m
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<where>
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and data_Type=#{dataType}
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<if test="param != null and param.ids != null and param.ids.size > 0">
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@@ -19,13 +19,13 @@
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SELECT
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measurement_type_class,
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harmonic_type,
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sum(over_limit_measurement_average)/count(*) as overLimitMeasurementAverage ,
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sum(over_limit_measurement_accrued) as overLimitMeasurementAccrued,
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sum(average_over_day)/count(*) as averageOverDay,
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sum(over_limit_measurement_ratio_average)/count(*) as overLimitMeasurementRatioAverage,
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sum(over_limit_measurement_ratio_accrued) as overLimitMeasurementRatioAccrued
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ROUND( sum( over_limit_measurement_average )/ count(*), 2 ) AS overLimitMeasurementAverage,
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sum( over_limit_measurement_accrued ) AS overLimitMeasurementAccrued,
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ROUND( sum( average_over_day )/ count(*), 2 ) AS averageOverDay,
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ROUND( sum( over_limit_measurement_ratio_average )/ count(*), 2 ) AS overLimitMeasurementRatioAverage,
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sum( over_limit_measurement_ratio_accrued ) AS overLimitMeasurementRatioAccrued
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FROM
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r_stat_harmonic_q
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r_stat_harmonic_q
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<where>
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and data_Type=#{dataType}
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<if test="param != null and param.ids != null and param.ids.size > 0">
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@@ -21,11 +21,11 @@
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measurement_type_class,
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harmonic_type,
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voltage_type,
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sum(over_limit_measurement_average)/count(*) as overLimitMeasurementAverage ,
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sum(over_limit_measurement_accrued) as overLimitMeasurementAccrued,
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sum(over_Day) as overDay,
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sum(over_limit_measurement_ratio_average)/count(*) as overLimitMeasurementRatioAverage,
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sum(over_limit_measurement_ratio_accrued) as overLimitMeasurementRatioAccrued
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ROUND( sum( over_limit_measurement_average )/ count(*), 2 ) AS overLimitMeasurementAverage,
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sum( over_limit_measurement_accrued ) AS overLimitMeasurementAccrued,
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sum( over_Day ) AS overDay,
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ROUND( sum( over_limit_measurement_ratio_average )/ count(*), 2 ) AS overLimitMeasurementRatioAverage,
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sum( over_limit_measurement_ratio_accrued ) AS overLimitMeasurementRatioAccrued
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FROM
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r_stat_harmonic_voltage_m
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<where>
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@@ -19,11 +19,11 @@
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SELECT
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measurement_type_class,
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harmonic_type,
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sum(over_limit_measurement_average)/count(*) as overLimitMeasurementAverage ,
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sum(over_limit_measurement_accrued) as overLimitMeasurementAccrued,
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sum(average_over_day)/count(*) as averageOverDay,
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sum(over_limit_measurement_ratio_average)/count(*) as overLimitMeasurementRatioAverage,
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sum(over_limit_measurement_ratio_accrued) as overLimitMeasurementRatioAccrued
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ROUND( sum( over_limit_measurement_average )/ count(*), 2 ) AS overLimitMeasurementAverage,
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sum( over_limit_measurement_accrued ) AS overLimitMeasurementAccrued,
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ROUND( sum( average_over_day )/ count(*), 2 ) AS averageOverDay,
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ROUND( sum( over_limit_measurement_ratio_average )/ count(*), 2 ) AS overLimitMeasurementRatioAverage,
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sum( over_limit_measurement_ratio_accrued ) AS overLimitMeasurementRatioAccrued
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FROM
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r_stat_harmonic_y
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<where>
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@@ -24,15 +24,15 @@
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org_no,
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load_type,
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v_average,
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v_count/effective_measurement as vAccrued,
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ROUND( v_count / effective_measurement, 2 ) AS vAccrued,
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i_average,
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i_count/effective_measurement as iAccrued,
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ROUND( i_count / effective_measurement, 2 ) AS iAccrued,
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unbalance_average,
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unbalance_count/effective_measurement as unbalanceAccrued,
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ROUND( unbalance_count / effective_measurement, 2 ) AS unbalanceAccrued,
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i_neg_average,
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i_neg_count/effective_measurement as iNegAccrued,
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ROUND( i_neg_count / effective_measurement, 2 ) AS iNegAccrued,
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flicker_average,
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flicker_count/effective_measurement as flickerAccrued
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ROUND( flicker_count / effective_measurement, 2 ) AS flickerAccrued
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from
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r_stat_load_type_m
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<where>
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@@ -24,15 +24,15 @@
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org_no,
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load_type,
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v_average,
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v_count/effective_measurement as vAccrued,
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ROUND( v_count / effective_measurement, 2 ) AS vAccrued,
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i_average,
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i_count/effective_measurement as iAccrued,
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ROUND( i_count / effective_measurement, 2 ) AS iAccrued,
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unbalance_average,
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unbalance_count/effective_measurement as unbalanceAccrued,
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ROUND( unbalance_count / effective_measurement, 2 ) AS unbalanceAccrued,
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i_neg_average,
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i_neg_count/effective_measurement as iNegAccrued,
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ROUND( i_neg_count / effective_measurement, 2 ) AS iNegAccrued,
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flicker_average,
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flicker_count/effective_measurement as flickerAccrued
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ROUND( flicker_count / effective_measurement, 2 ) AS flickerAccrued
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from
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r_stat_load_type_q
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<where>
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@@ -24,15 +24,15 @@
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org_no,
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load_type,
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v_average,
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v_count/effective_measurement as vAccrued,
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ROUND( v_count / effective_measurement, 2 ) AS vAccrued,
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i_average,
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i_count/effective_measurement as iAccrued,
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ROUND( i_count / effective_measurement, 2 ) AS iAccrued,
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unbalance_average,
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unbalance_count/effective_measurement as unbalanceAccrued,
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ROUND( unbalance_count / effective_measurement, 2 ) AS unbalanceAccrued,
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i_neg_average,
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i_neg_count/effective_measurement as iNegAccrued,
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ROUND( i_neg_count / effective_measurement, 2 ) AS iNegAccrued,
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flicker_average,
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flicker_count/effective_measurement as flickerAccrued
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ROUND( flicker_count / effective_measurement, 2 ) AS flickerAccrued
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from
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r_stat_load_type_y
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<where>
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@@ -84,14 +84,14 @@
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SELECT
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substation_id,
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effective_measurement_accrued,
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freq_over_day / freq_count as 'freqAverageOverDay',
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v_dev_over_day / v_dev_count as 'vDevAverageOverDay',
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v_over_day / v_count as 'vAverageOverDay',
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i_over_day / i_count as 'iAverageOverDay',
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unbalance_over_day / unbalance_count as 'unbalanceAverageOverDay',
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i_neg_over_day / i_neg_count as 'iNegAverageOverDay',
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flicker_over_day / flicker_count as 'flickerAverageOverDay',
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inuharm_over_day / inuharm_count as 'inuharmAverageOverDay'
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ROUND(freq_over_day / freq_count,2) AS 'freqAverageOverDay',
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ROUND(v_dev_over_day / v_dev_count,2) AS 'vDevAverageOverDay',
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ROUND(v_over_day / v_count,2) AS 'vAverageOverDay',
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ROUND(i_over_day / i_count,2) AS 'iAverageOverDay',
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ROUND(unbalance_over_day / unbalance_count,2) AS 'unbalanceAverageOverDay',
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ROUND(i_neg_over_day / i_neg_count,2) AS 'iNegAverageOverDay',
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ROUND(flicker_over_day / flicker_count,2) AS 'flickerAverageOverDay',
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ROUND(inuharm_over_day / inuharm_count,2) AS 'inuharmAverageOverDay'
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FROM
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r_stat_substation_m
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<where>
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