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<?xml version="1.0" encoding="UTF-8" ?>
< !DOCTYPE mapper
PUBLIC "-//mybatis.org//DTD Mapper 3.0//EN"
"http://mybatis.org/dtd/mybatis-3-mapper.dtd">
<mapper namespace= "com.xzzn.ems.mapper.EmsAmmeterDataMapper" >
<resultMap type= "EmsAmmeterData" id= "EmsAmmeterDataResult" >
<result property= "id" column= "id" />
<result property= "dataUpdateTime" column= "data_update_time" />
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<result property= "currentCombActiveTotal" column= "current_comb_active_total" />
<result property= "currentCombActivePeak" column= "current_comb_active_peak" />
<result property= "currentCombActiveHigh" column= "current_comb_active_high" />
<result property= "currentCombActiveFlat" column= "current_comb_active_flat" />
<result property= "currentCombActiveValley" column= "current_comb_active_valley" />
<result property= "currentForwardActiveTotal" column= "current_forward_active_total" />
<result property= "currentForwardActivePeak" column= "current_forward_active_peak" />
<result property= "currentForwardActiveHigh" column= "current_forward_active_high" />
<result property= "currentForwardActiveFlat" column= "current_forward_active_flat" />
<result property= "currentForwardActiveValley" column= "current_forward_active_valley" />
<result property= "currentReverseActiveTotal" column= "current_reverse_active_total" />
<result property= "currentReverseActivePeak" column= "current_reverse_active_peak" />
<result property= "currentReverseActiveHigh" column= "current_reverse_active_high" />
<result property= "currentReverseActiveFlat" column= "current_reverse_active_flat" />
<result property= "currentReverseActiveValley" column= "current_reverse_active_valley" />
<result property= "currentCombReactiveTotal" column= "current_comb_reactive_total" />
<result property= "currentCombReactivePeak" column= "current_comb_reactive_peak" />
<result property= "currentCombReactiveHigh" column= "current_comb_reactive_high" />
<result property= "currentCombReactiveFlat" column= "current_comb_reactive_flat" />
<result property= "currentCombReactiveValley" column= "current_comb_reactive_valley" />
<result property= "currentForwardReactiveTotal" column= "current_forward_reactive_total" />
<result property= "currentForwardReactivePeak" column= "current_forward_reactive_peak" />
<result property= "currentForwardReactiveHigh" column= "current_forward_reactive_high" />
<result property= "currentForwardReactiveFlat" column= "current_forward_reactive_flat" />
<result property= "currentForwardReactiveValley" column= "current_forward_reactive_valley" />
<result property= "currentReverseReactiveTotal" column= "current_reverse_reactive_total" />
<result property= "currentReverseReactivePeak" column= "current_reverse_reactive_peak" />
<result property= "currentReverseReactiveHigh" column= "current_reverse_reactive_high" />
<result property= "currentReverseReactiveFlat" column= "current_reverse_reactive_flat" />
<result property= "currentReverseReactiveValley" column= "current_reverse_reactive_valley" />
<result property= "phaseAVoltage" column= "phase_a_voltage" />
<result property= "phaseBVoltage" column= "phase_b_voltage" />
<result property= "phaseCVoltage" column= "phase_c_voltage" />
<result property= "phaseACurrent" column= "phase_a_current" />
<result property= "phaseBCurrent" column= "phase_b_current" />
<result property= "phaseCCurrent" column= "phase_c_current" />
<result property= "frequency" column= "frequency" />
<result property= "abLineVoltage" column= "ab_line_voltage" />
<result property= "cbLineVoltage" column= "cb_line_voltage" />
<result property= "acLineVoltage" column= "ac_line_voltage" />
<result property= "forwardAcMaxDemand" column= "forward_ac_max_demand" />
<result property= "reverseAcMaxDemand" column= "reverse_ac_max_demand" />
<result property= "phaseAActivePower" column= "phase_a_active_power" />
<result property= "phaseBActivePower" column= "phase_b_active_power" />
<result property= "phaseCActivePower" column= "phase_c_active_power" />
<result property= "totalActivePower" column= "total_active_power" />
<result property= "phaseAReactivePower" column= "phase_a_reactive_power" />
<result property= "phaseBReactivePower" column= "phase_b_reactive_power" />
<result property= "phaseCReactivePower" column= "phase_c_reactive_power" />
<result property= "totalReactivePower" column= "total_reactive_power" />
<result property= "phaseAApparentPower" column= "phase_a_apparent_power" />
<result property= "phaseBApparentPower" column= "phase_b_apparent_power" />
<result property= "phaseCApparentPower" column= "phase_c_apparent_power" />
<result property= "totalApparentPower" column= "total_apparent_power" />
<result property= "phaseAPowerFactor" column= "phase_a_power_factor" />
<result property= "phaseBPowerFactor" column= "phase_b_power_factor" />
<result property= "phaseCPowerFactor" column= "phase_c_power_factor" />
<result property= "totalPowerFactor" column= "total_power_factor" />
<result property= "dailyForwardMaxDemand" column= "daily_forward_max_demand" />
<result property= "siteId" column= "site_id" />
<result property= "deviceId" column= "device_id" />
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<result property= "createBy" column= "create_by" />
<result property= "createTime" column= "create_time" />
<result property= "updateBy" column= "update_by" />
<result property= "updateTime" column= "update_time" />
<result property= "remark" column= "remark" />
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<result property= "secondaryAbLineVoltage" column= "secondary_ab_line_voltage" />
<result property= "secondaryAPhaseCurrent" column= "secondary_a_phase_current" />
<result property= "secondaryAPhaseVoltage" column= "secondary_a_phase_voltage" />
<result property= "secondaryAPowerFactor" column= "secondary_a_power_factor" />
<result property= "secondaryAApparentPower" column= "secondary_a_apparent_power" />
<result property= "secondaryAReactivePower" column= "secondary_a_reactive_power" />
<result property= "secondaryAActivePower" column= "secondary_a_active_power" />
<result property= "secondaryBcLineVoltage" column= "secondary_bc_line_voltage" />
<result property= "secondaryBPhaseCurrent" column= "secondary_b_phase_current" />
<result property= "secondaryBPhaseVoltage" column= "secondary_b_phase_voltage" />
<result property= "secondaryBPowerFactor" column= "secondary_b_power_factor" />
<result property= "secondaryBApparentPower" column= "secondary_b_apparent_power" />
<result property= "secondaryBReactivePower" column= "secondary_b_reactive_power" />
<result property= "secondaryBActivePower" column= "secondary_b_active_power" />
<result property= "secondaryCaLineVoltage" column= "secondary_ca_line_voltage" />
<result property= "secondaryCPhaseCurrent" column= "secondary_c_phase_current" />
<result property= "secondaryCPhaseVoltage" column= "secondary_c_phase_voltage" />
<result property= "secondaryCPowerFactor" column= "secondary_c_power_factor" />
<result property= "secondaryCApparentPower" column= "secondary_c_apparent_power" />
<result property= "secondaryCReactivePower" column= "secondary_c_reactive_power" />
<result property= "secondaryCActivePower" column= "secondary_c_active_power" />
<result property= "secondaryGridFrequency" column= "secondary_grid_frequency" />
<result property= "secondaryReverseReactiveEnergy" column= "secondary_reverse_reactive_energy" />
<result property= "secondaryNegativeActiveEnergy" column= "secondary_negative_active_energy" />
<result property= "secondaryTotalPowerFactor" column= "secondary_total_power_factor" />
<result property= "secondaryTotalApparentPower" column= "secondary_total_apparent_power" />
<result property= "secondaryTotalReactivePower" column= "secondary_total_reactive_power" />
<result property= "secondaryPositiveReactiveEnergy" column= "secondary_positive_reactive_energy" />
<result property= "secondaryPositiveActiveEnergy" column= "secondary_positive_active_energy" />
<result property= "secondaryTotalActivePower" column= "secondary_total_active_power" />
<result property= "reverseReactiveEnergyEqMinus" column= "reverse_reactive_energy_eq_minus" />
<result property= "reverseActiveEnergyEpMinus" column= "reverse_active_energy_ep_minus" />
<result property= "positiveReactiveEnergyEqPlus" column= "positive_reactive_energy_eq_plus" />
<result property= "positiveActiveEnergyEpPlus" column= "positive_active_energy_ep_plus" />
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<result property= "currentPercent" column= "current_percent" />
<result property= "voltagePercent" column= "voltage_percent" />
<result property= "avgCurrent" column= "avg_current" />
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<result property= "totalForwardActiveTwo" column= "total_forward_active_two" />
<result property= "totalPeakForwardActive" column= "total_peak_forward_active" />
<result property= "totalHighForwardActive" column= "total_high_forward_active" />
<result property= "totalFlatForwardActive" column= "total_flat_forward_active" />
<result property= "totalValleyForwardActive" column= "total_valley_forward_active" />
<result property= "totalReverseActiveTwo" column= "total_reverse_active_two" />
<result property= "totalPeakReverseActive" column= "total_peak_reverse_active" />
<result property= "totalHighReverseActive" column= "total_high_reverse_active" />
<result property= "totalFlatReverseActive" column= "total_flat_reverse_active" />
<result property= "totalValleyReverseActive" column= "total_valley_reverse_active" />
<result property= "disconnectDetectionIndication" column= "disconnect_detection_indication" />
<result property= "ratedPrimaryCurrentValue" column= "rated_primary_current_value" />
<result property= "switchInputOutputStatus" column= "switch_input_output_status" />
<result property= "alarmStatus" column= "alarm_status" />
<result property= "currentTotalVoltagePercent" column= "current_total_voltage_percent" />
<result property= "voltageContentPercent" column= "voltage_content_percent" />
<result property= "voltageAcPercent" column= "voltage_ac_percent" />
<result property= "currentTotalCurrentPercent" column= "current_total_current_percent" />
<result property= "currentContentPercent" column= "current_content_percent" />
<result property= "currentAcPercent" column= "current_ac_percent" />
<result property= "currentTotalPowerPercent" column= "current_total_power_percent" />
<result property= "powerContentPercent" column= "power_content_percent" />
<result property= "powerAcPercent" column= "power_ac_percent" />
<result property= "dataSettingYearMonth" column= "data_setting_year_month" />
<result property= "dataSettingDayHour" column= "data_setting_day_hour" />
<result property= "dataSettingMinutesSeconds" column= "data_setting_minutes_seconds" />
<result property= "currentRate" column= "current_rate" />
<result property= "versionNumber" column= "version_number" />
<result property= "voltage" column= "voltage" />
<result property= "current" column= "current" />
<result property= "power" column= "power" />
<result property= "internalTemp" column= "internal_temp" />
<result property= "totalForwardActiveOne" column= "total_forward_active_one" />
<result property= "totalReverseActiveOne" column= "total_reverse_active_one" />
<result property= "forwardReactiveMaxDemand" column= "forward_reactive_max_demand" />
<result property= "reverseReactiveMaxDemand" column= "reverse_reactive_max_demand" />
<result property= "aForwardActiveEnergy" column= "a_forward_active_energy" />
<result property= "bForwardActiveEnergy" column= "b_forward_active_energy" />
<result property= "cForwardActiveEnergy" column= "c_forward_active_energy" />
<result property= "didoStatus" column= "dido_status" />
<result property= "runningStatus" column= "running_status" />
<result property= "zeroSeqCurrent" column= "zero_seq_current" />
<result property= "voltageUnbalanceDegree" column= "voltage_unbalance_degree" />
<result property= "currentUnbalanceDegree" column= "current_unbalance_degree" />
<result property= "dailyReverseAcMaxDemand" column= "daily_reverse_ac_max_demand" />
<result property= "dailyForwardReacMaxDemand" column= "daily_forward_reac_max_demand" />
<result property= "dailyReverseReacMaxDemand" column= "daily_reverse_reac_max_demand" />
<result property= "preDayForwardAcMaxDemand" column= "pre_day_forward_ac_max_demand" />
<result property= "preDayReverseAcMaxDemand" column= "pre_day_reverse_ac_max_demand" />
<result property= "preDayForwardReacMaxDemand" column= "pre_day_forward_reac_max_demand" />
<result property= "preDayReverseReacMaxDemand" column= "pre_day_reverse_reac_max_demand" />
<result property= "pre2dForwardAcMaxDemand" column= "pre_2d_forward_ac_max_demand" />
<result property= "pre2dReverseAcMaxDemand" column= "pre_2d_reverse_ac_max_demand" />
<result property= "pre2dForwardReacMaxDemand" column= "pre_2d_forward_reac_max_demand" />
<result property= "pre2dReverseReacMaxDemand" column= "pre_2d_reverse_reac_max_demand" />
<result property= "currentForwardAcDemand" column= "current_forward_ac_demand" />
<result property= "currentReverseAcDemand" column= "current_reverse_ac_demand" />
<result property= "currentForwardReacDemand" column= "current_forward_reac_demand" />
<result property= "currentReverseReacDemand" column= "current_reverse_reac_demand" />
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</resultMap>
<sql id= "selectEmsAmmeterDataVo" >
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select id, data_update_time, current_comb_active_total, current_comb_active_peak, current_comb_active_high, current_comb_active_flat, current_comb_active_valley, current_forward_active_total, current_forward_active_peak, current_forward_active_high, current_forward_active_flat, current_forward_active_valley, current_reverse_active_total, current_reverse_active_peak, current_reverse_active_high, current_reverse_active_flat, current_reverse_active_valley, current_comb_reactive_total, current_comb_reactive_peak, current_comb_reactive_high, current_comb_reactive_flat, current_comb_reactive_valley, current_forward_reactive_total, current_forward_reactive_peak, current_forward_reactive_high, current_forward_reactive_flat, current_forward_reactive_valley, current_reverse_reactive_total, current_reverse_reactive_peak, current_reverse_reactive_high, current_reverse_reactive_flat, current_reverse_reactive_valley, phase_a_voltage, phase_b_voltage, phase_c_voltage, phase_a_current, phase_b_current, phase_c_current, frequency, ab_line_voltage, cb_line_voltage, ac_line_voltage, forward_ac_max_demand, reverse_ac_max_demand, phase_a_active_power, phase_b_active_power, phase_c_active_power, total_active_power, phase_a_reactive_power, phase_b_reactive_power, phase_c_reactive_power, total_reactive_power, phase_a_apparent_power, phase_b_apparent_power, phase_c_apparent_power, total_apparent_power, phase_a_power_factor, phase_b_power_factor, phase_c_power_factor, total_power_factor, daily_forward_max_demand, site_id, device_id, create_by, create_time, update_by, update_time, remark, secondary_ab_line_voltage, secondary_a_phase_current, secondary_a_phase_voltage, secondary_a_power_factor, secondary_a_apparent_power, secondary_a_reactive_power, secondary_a_active_power, secondary_bc_line_voltage, secondary_b_phase_current, secondary_b_phase_voltage, secondary_b_power_factor, secondary_b_apparent_power, secondary_b_reactive_power, secondary_b_active_power, secondary_ca_line_voltage, secondary_c_phase_current, secondary_c_phase_voltage, secondary_c_power_factor, secondary_c_apparent_power, secondary_c_reactive_power, secondary_c_active_power, secondary_grid_frequency, secondary_reverse_reactive_energy, secondary_negative_active_energy, secondary_total_power_factor, secondary_total_apparent_power, secondary_total_reactive_power, secondary_positive_reactive_energy, secondary_positive_active_energy, secondary_total_active_power, reverse_reactive_energy_eq_minus, reverse_active_energy_ep_minus, positive_reactive_energy_eq_plus, positive_active_energy_ep_plus, current_percent, voltage_percent, avg_current, total_forward_active_two, total_peak_forward_active, total_high_forward_active, total_flat_forward_active, total_valley_forward_active, total_reverse_active_two, total_peak_reverse_active, total_high_reverse_active, total_flat_reverse_active, total_valley_reverse_active, disconnect_detection_indication, rated_primary_current_value, switch_input_output_status, alarm_status, current_total_voltage_percent, voltage_content_percent, voltage_ac_percent, current_total_current_percent, current_content_percent, current_ac_percent, current_total_power_percent, power_content_percent, power_ac_percent, data_setting_year_month, data_setting_day_hour, data_setting_minutes_seconds, current_rate, version_number, voltage, current, power, internal_temp, total_forward_active_one, total_reverse_active_one, forward_reactive_max_demand, reverse_reactive_max_demand, a_forward_active_energy, b_forward_active_energy, c_forward_active_energy, dido_status, running_status, zero_seq_current, voltage_unbalance_degree, current_unbalance_degree, daily_reverse_ac_max_demand, daily_forward_reac_max_demand, daily_reverse_reac_max_demand, pre_day_forward_ac_max_demand, pre_day_reverse_ac_max_demand, pre_day_forward_reac_max_demand, pre_day_reverse_reac_max_demand, pre_2d_forward_ac_max_demand, pre_2d_reverse_ac_max_demand, pre_2d_forward_reac_max_demand, pre_2d_reverse_reac_max_demand, current_forward_ac_demand, current_reverse_ac_demand, current_forward_reac_demand, current
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</sql>
<select id= "selectEmsAmmeterDataList" parameterType= "EmsAmmeterData" resultMap= "EmsAmmeterDataResult" >
<include refid= "selectEmsAmmeterDataVo" />
<where >
<if test= "dataUpdateTime != null " > and data_update_time = #{dataUpdateTime}</if>
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<if test= "currentCombActiveTotal != null " > and current_comb_active_total = #{currentCombActiveTotal}</if>
<if test= "currentCombActivePeak != null " > and current_comb_active_peak = #{currentCombActivePeak}</if>
<if test= "currentCombActiveHigh != null " > and current_comb_active_high = #{currentCombActiveHigh}</if>
<if test= "currentCombActiveFlat != null " > and current_comb_active_flat = #{currentCombActiveFlat}</if>
<if test= "currentCombActiveValley != null " > and current_comb_active_valley = #{currentCombActiveValley}</if>
<if test= "currentForwardActiveTotal != null " > and current_forward_active_total = #{currentForwardActiveTotal}</if>
<if test= "currentForwardActivePeak != null " > and current_forward_active_peak = #{currentForwardActivePeak}</if>
<if test= "currentForwardActiveHigh != null " > and current_forward_active_high = #{currentForwardActiveHigh}</if>
<if test= "currentForwardActiveFlat != null " > and current_forward_active_flat = #{currentForwardActiveFlat}</if>
<if test= "currentForwardActiveValley != null " > and current_forward_active_valley = #{currentForwardActiveValley}</if>
<if test= "currentReverseActiveTotal != null " > and current_reverse_active_total = #{currentReverseActiveTotal}</if>
<if test= "currentReverseActivePeak != null " > and current_reverse_active_peak = #{currentReverseActivePeak}</if>
<if test= "currentReverseActiveHigh != null " > and current_reverse_active_high = #{currentReverseActiveHigh}</if>
<if test= "currentReverseActiveFlat != null " > and current_reverse_active_flat = #{currentReverseActiveFlat}</if>
<if test= "currentReverseActiveValley != null " > and current_reverse_active_valley = #{currentReverseActiveValley}</if>
<if test= "currentCombReactiveTotal != null " > and current_comb_reactive_total = #{currentCombReactiveTotal}</if>
<if test= "currentCombReactivePeak != null " > and current_comb_reactive_peak = #{currentCombReactivePeak}</if>
<if test= "currentCombReactiveHigh != null " > and current_comb_reactive_high = #{currentCombReactiveHigh}</if>
<if test= "currentCombReactiveFlat != null " > and current_comb_reactive_flat = #{currentCombReactiveFlat}</if>
<if test= "currentCombReactiveValley != null " > and current_comb_reactive_valley = #{currentCombReactiveValley}</if>
<if test= "currentForwardReactiveTotal != null " > and current_forward_reactive_total = #{currentForwardReactiveTotal}</if>
<if test= "currentForwardReactivePeak != null " > and current_forward_reactive_peak = #{currentForwardReactivePeak}</if>
<if test= "currentForwardReactiveHigh != null " > and current_forward_reactive_high = #{currentForwardReactiveHigh}</if>
<if test= "currentForwardReactiveFlat != null " > and current_forward_reactive_flat = #{currentForwardReactiveFlat}</if>
<if test= "currentForwardReactiveValley != null " > and current_forward_reactive_valley = #{currentForwardReactiveValley}</if>
<if test= "currentReverseReactiveTotal != null " > and current_reverse_reactive_total = #{currentReverseReactiveTotal}</if>
<if test= "currentReverseReactivePeak != null " > and current_reverse_reactive_peak = #{currentReverseReactivePeak}</if>
<if test= "currentReverseReactiveHigh != null " > and current_reverse_reactive_high = #{currentReverseReactiveHigh}</if>
<if test= "currentReverseReactiveFlat != null " > and current_reverse_reactive_flat = #{currentReverseReactiveFlat}</if>
<if test= "currentReverseReactiveValley != null " > and current_reverse_reactive_valley = #{currentReverseReactiveValley}</if>
<if test= "phaseAVoltage != null " > and phase_a_voltage = #{phaseAVoltage}</if>
<if test= "phaseBVoltage != null " > and phase_b_voltage = #{phaseBVoltage}</if>
<if test= "phaseCVoltage != null " > and phase_c_voltage = #{phaseCVoltage}</if>
<if test= "phaseACurrent != null " > and phase_a_current = #{phaseACurrent}</if>
<if test= "phaseBCurrent != null " > and phase_b_current = #{phaseBCurrent}</if>
<if test= "phaseCCurrent != null " > and phase_c_current = #{phaseCCurrent}</if>
<if test= "frequency != null " > and frequency = #{frequency}</if>
<if test= "abLineVoltage != null " > and ab_line_voltage = #{abLineVoltage}</if>
<if test= "cbLineVoltage != null " > and cb_line_voltage = #{cbLineVoltage}</if>
<if test= "acLineVoltage != null " > and ac_line_voltage = #{acLineVoltage}</if>
<if test= "forwardAcMaxDemand != null " > and forward_ac_max_demand = #{forwardAcMaxDemand}</if>
<if test= "reverseAcMaxDemand != null " > and reverse_ac_max_demand = #{reverseAcMaxDemand}</if>
<if test= "phaseAActivePower != null " > and phase_a_active_power = #{phaseAActivePower}</if>
<if test= "phaseBActivePower != null " > and phase_b_active_power = #{phaseBActivePower}</if>
<if test= "phaseCActivePower != null " > and phase_c_active_power = #{phaseCActivePower}</if>
<if test= "totalActivePower != null " > and total_active_power = #{totalActivePower}</if>
<if test= "phaseAReactivePower != null " > and phase_a_reactive_power = #{phaseAReactivePower}</if>
<if test= "phaseBReactivePower != null " > and phase_b_reactive_power = #{phaseBReactivePower}</if>
<if test= "phaseCReactivePower != null " > and phase_c_reactive_power = #{phaseCReactivePower}</if>
<if test= "totalReactivePower != null " > and total_reactive_power = #{totalReactivePower}</if>
<if test= "phaseAApparentPower != null " > and phase_a_apparent_power = #{phaseAApparentPower}</if>
<if test= "phaseBApparentPower != null " > and phase_b_apparent_power = #{phaseBApparentPower}</if>
<if test= "phaseCApparentPower != null " > and phase_c_apparent_power = #{phaseCApparentPower}</if>
<if test= "totalApparentPower != null " > and total_apparent_power = #{totalApparentPower}</if>
<if test= "phaseAPowerFactor != null " > and phase_a_power_factor = #{phaseAPowerFactor}</if>
<if test= "phaseBPowerFactor != null " > and phase_b_power_factor = #{phaseBPowerFactor}</if>
<if test= "phaseCPowerFactor != null " > and phase_c_power_factor = #{phaseCPowerFactor}</if>
<if test= "totalPowerFactor != null " > and total_power_factor = #{totalPowerFactor}</if>
<if test= "dailyForwardMaxDemand != null " > and daily_forward_max_demand = #{dailyForwardMaxDemand}</if>
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<if test= "siteId != null and siteId != ''" > and site_id = #{siteId}</if>
<if test= "deviceId != null and deviceId != ''" > and device_id = #{deviceId}</if>
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<if test= "secondaryAbLineVoltage != null " > and secondary_ab_line_voltage = #{secondaryAbLineVoltage}</if>
<if test= "secondaryAPhaseCurrent != null " > and secondary_a_phase_current = #{secondaryAPhaseCurrent}</if>
<if test= "secondaryAPhaseVoltage != null " > and secondary_a_phase_voltage = #{secondaryAPhaseVoltage}</if>
<if test= "secondaryAPowerFactor != null " > and secondary_a_power_factor = #{secondaryAPowerFactor}</if>
<if test= "secondaryAApparentPower != null " > and secondary_a_apparent_power = #{secondaryAApparentPower}</if>
<if test= "secondaryAReactivePower != null " > and secondary_a_reactive_power = #{secondaryAReactivePower}</if>
<if test= "secondaryAActivePower != null " > and secondary_a_active_power = #{secondaryAActivePower}</if>
<if test= "secondaryBcLineVoltage != null " > and secondary_bc_line_voltage = #{secondaryBcLineVoltage}</if>
<if test= "secondaryBPhaseCurrent != null " > and secondary_b_phase_current = #{secondaryBPhaseCurrent}</if>
<if test= "secondaryBPhaseVoltage != null " > and secondary_b_phase_voltage = #{secondaryBPhaseVoltage}</if>
<if test= "secondaryBPowerFactor != null " > and secondary_b_power_factor = #{secondaryBPowerFactor}</if>
<if test= "secondaryBApparentPower != null " > and secondary_b_apparent_power = #{secondaryBApparentPower}</if>
<if test= "secondaryBReactivePower != null " > and secondary_b_reactive_power = #{secondaryBReactivePower}</if>
<if test= "secondaryBActivePower != null " > and secondary_b_active_power = #{secondaryBActivePower}</if>
<if test= "secondaryCaLineVoltage != null " > and secondary_ca_line_voltage = #{secondaryCaLineVoltage}</if>
<if test= "secondaryCPhaseCurrent != null " > and secondary_c_phase_current = #{secondaryCPhaseCurrent}</if>
<if test= "secondaryCPhaseVoltage != null " > and secondary_c_phase_voltage = #{secondaryCPhaseVoltage}</if>
<if test= "secondaryCPowerFactor != null " > and secondary_c_power_factor = #{secondaryCPowerFactor}</if>
<if test= "secondaryCApparentPower != null " > and secondary_c_apparent_power = #{secondaryCApparentPower}</if>
<if test= "secondaryCReactivePower != null " > and secondary_c_reactive_power = #{secondaryCReactivePower}</if>
<if test= "secondaryCActivePower != null " > and secondary_c_active_power = #{secondaryCActivePower}</if>
<if test= "secondaryGridFrequency != null " > and secondary_grid_frequency = #{secondaryGridFrequency}</if>
<if test= "secondaryReverseReactiveEnergy != null " > and secondary_reverse_reactive_energy = #{secondaryReverseReactiveEnergy}</if>
<if test= "secondaryNegativeActiveEnergy != null " > and secondary_negative_active_energy = #{secondaryNegativeActiveEnergy}</if>
<if test= "secondaryTotalPowerFactor != null " > and secondary_total_power_factor = #{secondaryTotalPowerFactor}</if>
<if test= "secondaryTotalApparentPower != null " > and secondary_total_apparent_power = #{secondaryTotalApparentPower}</if>
<if test= "secondaryTotalReactivePower != null " > and secondary_total_reactive_power = #{secondaryTotalReactivePower}</if>
<if test= "secondaryPositiveReactiveEnergy != null " > and secondary_positive_reactive_energy = #{secondaryPositiveReactiveEnergy}</if>
<if test= "secondaryPositiveActiveEnergy != null " > and secondary_positive_active_energy = #{secondaryPositiveActiveEnergy}</if>
<if test= "secondaryTotalActivePower != null " > and secondary_total_active_power = #{secondaryTotalActivePower}</if>
<if test= "reverseReactiveEnergyEqMinus != null " > and reverse_reactive_energy_eq_minus = #{reverseReactiveEnergyEqMinus}</if>
<if test= "reverseActiveEnergyEpMinus != null " > and reverse_active_energy_ep_minus = #{reverseActiveEnergyEpMinus}</if>
<if test= "positiveReactiveEnergyEqPlus != null " > and positive_reactive_energy_eq_plus = #{positiveReactiveEnergyEqPlus}</if>
<if test= "positiveActiveEnergyEpPlus != null " > and positive_active_energy_ep_plus = #{positiveActiveEnergyEpPlus}</if>
2025-07-27 17:34:38 +08:00
<if test= "currentPercent != null " > and current_percent = #{currentPercent}</if>
<if test= "voltagePercent != null " > and voltage_percent = #{voltagePercent}</if>
<if test= "avgCurrent != null " > and avg_current = #{avgCurrent}</if>
2025-07-29 15:58:26 +08:00
<if test= "totalForwardActiveTwo != null " > and total_forward_active_two = #{totalForwardActiveTwo}</if>
<if test= "totalPeakForwardActive != null " > and total_peak_forward_active = #{totalPeakForwardActive}</if>
<if test= "totalHighForwardActive != null " > and total_high_forward_active = #{totalHighForwardActive}</if>
<if test= "totalFlatForwardActive != null " > and total_flat_forward_active = #{totalFlatForwardActive}</if>
<if test= "totalValleyForwardActive != null " > and total_valley_forward_active = #{totalValleyForwardActive}</if>
<if test= "totalReverseActiveTwo != null " > and total_reverse_active_two = #{totalReverseActiveTwo}</if>
<if test= "totalPeakReverseActive != null " > and total_peak_reverse_active = #{totalPeakReverseActive}</if>
<if test= "totalHighReverseActive != null " > and total_high_reverse_active = #{totalHighReverseActive}</if>
<if test= "totalFlatReverseActive != null " > and total_flat_reverse_active = #{totalFlatReverseActive}</if>
<if test= "totalValleyReverseActive != null " > and total_valley_reverse_active = #{totalValleyReverseActive}</if>
<if test= "disconnectDetectionIndication != null and disconnectDetectionIndication != ''" > and disconnect_detection_indication = #{disconnectDetectionIndication}</if>
<if test= "ratedPrimaryCurrentValue != null " > and rated_primary_current_value = #{ratedPrimaryCurrentValue}</if>
<if test= "switchInputOutputStatus != null and switchInputOutputStatus != ''" > and switch_input_output_status = #{switchInputOutputStatus}</if>
<if test= "alarmStatus != null and alarmStatus != ''" > and alarm_status = #{alarmStatus}</if>
<if test= "currentTotalVoltagePercent != null " > and current_total_voltage_percent = #{currentTotalVoltagePercent}</if>
<if test= "voltageContentPercent != null " > and voltage_content_percent = #{voltageContentPercent}</if>
<if test= "voltageAcPercent != null " > and voltage_ac_percent = #{voltageAcPercent}</if>
<if test= "currentTotalCurrentPercent != null " > and current_total_current_percent = #{currentTotalCurrentPercent}</if>
<if test= "currentContentPercent != null " > and current_content_percent = #{currentContentPercent}</if>
<if test= "currentAcPercent != null " > and current_ac_percent = #{currentAcPercent}</if>
<if test= "currentTotalPowerPercent != null " > and current_total_power_percent = #{currentTotalPowerPercent}</if>
<if test= "powerContentPercent != null " > and power_content_percent = #{powerContentPercent}</if>
<if test= "powerAcPercent != null " > and power_ac_percent = #{powerAcPercent}</if>
<if test= "dataSettingYearMonth != null and dataSettingYearMonth != ''" > and data_setting_year_month = #{dataSettingYearMonth}</if>
<if test= "dataSettingDayHour != null and dataSettingDayHour != ''" > and data_setting_day_hour = #{dataSettingDayHour}</if>
<if test= "dataSettingMinutesSeconds != null and dataSettingMinutesSeconds != ''" > and data_setting_minutes_seconds = #{dataSettingMinutesSeconds}</if>
<if test= "currentRate != null " > and current_rate = #{currentRate}</if>
<if test= "versionNumber != null and versionNumber != ''" > and version_number = #{versionNumber}</if>
<if test= "voltage != null " > and voltage = #{voltage}</if>
<if test= "current != null " > and current = #{current}</if>
<if test= "power != null " > and power = #{power}</if>
<if test= "internalTemp != null " > and internal_temp = #{internalTemp}</if>
<if test= "totalForwardActiveOne != null " > and total_forward_active_one = #{totalForwardActiveOne}</if>
<if test= "totalReverseActiveOne != null " > and total_reverse_active_one = #{totalReverseActiveOne}</if>
<if test= "forwardReactiveMaxDemand != null and forwardReactiveMaxDemand != ''" > and forward_reactive_max_demand = #{forwardReactiveMaxDemand}</if>
<if test= "reverseReactiveMaxDemand != null " > and reverse_reactive_max_demand = #{reverseReactiveMaxDemand}</if>
<if test= "aForwardActiveEnergy != null and aForwardActiveEnergy != ''" > and a_forward_active_energy = #{aForwardActiveEnergy}</if>
<if test= "bForwardActiveEnergy != null and bForwardActiveEnergy != ''" > and b_forward_active_energy = #{bForwardActiveEnergy}</if>
<if test= "cForwardActiveEnergy != null " > and c_forward_active_energy = #{cForwardActiveEnergy}</if>
<if test= "didoStatus != null " > and dido_status = #{didoStatus}</if>
<if test= "runningStatus != null " > and running_status = #{runningStatus}</if>
<if test= "zeroSeqCurrent != null " > and zero_seq_current = #{zeroSeqCurrent}</if>
<if test= "voltageUnbalanceDegree != null " > and voltage_unbalance_degree = #{voltageUnbalanceDegree}</if>
<if test= "currentUnbalanceDegree != null " > and current_unbalance_degree = #{currentUnbalanceDegree}</if>
<if test= "dailyReverseAcMaxDemand != null " > and daily_reverse_ac_max_demand = #{dailyReverseAcMaxDemand}</if>
<if test= "dailyForwardReacMaxDemand != null " > and daily_forward_reac_max_demand = #{dailyForwardReacMaxDemand}</if>
<if test= "dailyReverseReacMaxDemand != null " > and daily_reverse_reac_max_demand = #{dailyReverseReacMaxDemand}</if>
<if test= "preDayForwardAcMaxDemand != null and preDayForwardAcMaxDemand != ''" > and pre_day_forward_ac_max_demand = #{preDayForwardAcMaxDemand}</if>
<if test= "preDayReverseAcMaxDemand != null and preDayReverseAcMaxDemand != ''" > and pre_day_reverse_ac_max_demand = #{preDayReverseAcMaxDemand}</if>
<if test= "preDayForwardReacMaxDemand != null and preDayForwardReacMaxDemand != ''" > and pre_day_forward_reac_max_demand = #{preDayForwardReacMaxDemand}</if>
<if test= "preDayReverseReacMaxDemand != null and preDayReverseReacMaxDemand != ''" > and pre_day_reverse_reac_max_demand = #{preDayReverseReacMaxDemand}</if>
<if test= "pre2dForwardAcMaxDemand != null and pre2dForwardAcMaxDemand != ''" > and pre_2d_forward_ac_max_demand = #{pre2dForwardAcMaxDemand}</if>
<if test= "pre2dReverseAcMaxDemand != null and pre2dReverseAcMaxDemand != ''" > and pre_2d_reverse_ac_max_demand = #{pre2dReverseAcMaxDemand}</if>
<if test= "pre2dForwardReacMaxDemand != null and pre2dForwardReacMaxDemand != ''" > and pre_2d_forward_reac_max_demand = #{pre2dForwardReacMaxDemand}</if>
<if test= "pre2dReverseReacMaxDemand != null and pre2dReverseReacMaxDemand != ''" > and pre_2d_reverse_reac_max_demand = #{pre2dReverseReacMaxDemand}</if>
<if test= "currentForwardAcDemand != null and currentForwardAcDemand != ''" > and current_forward_ac_demand = #{currentForwardAcDemand}</if>
<if test= "currentReverseAcDemand != null " > and current_reverse_ac_demand = #{currentReverseAcDemand}</if>
<if test= "currentForwardReacDemand != null and currentForwardReacDemand != ''" > and current_forward_reac_demand = #{currentForwardReacDemand}</if>
<if test= "currentReverseReacDemand != null " > and current_reverse_reac_demand = #{currentReverseReacDemand}</if>
2025-06-28 14:56:22 +08:00
</where>
</select>
<select id= "selectEmsAmmeterDataById" parameterType= "Long" resultMap= "EmsAmmeterDataResult" >
<include refid= "selectEmsAmmeterDataVo" />
where id = #{id}
</select>
<insert id= "insertEmsAmmeterData" parameterType= "EmsAmmeterData" useGeneratedKeys= "true" keyProperty= "id" >
insert into ems_ammeter_data
<trim prefix= "(" suffix= ")" suffixOverrides= "," >
<if test= "dataUpdateTime != null" > data_update_time,</if>
2025-07-04 12:37:18 +08:00
<if test= "currentCombActiveTotal != null" > current_comb_active_total,</if>
<if test= "currentCombActivePeak != null" > current_comb_active_peak,</if>
<if test= "currentCombActiveHigh != null" > current_comb_active_high,</if>
<if test= "currentCombActiveFlat != null" > current_comb_active_flat,</if>
<if test= "currentCombActiveValley != null" > current_comb_active_valley,</if>
<if test= "currentForwardActiveTotal != null" > current_forward_active_total,</if>
<if test= "currentForwardActivePeak != null" > current_forward_active_peak,</if>
<if test= "currentForwardActiveHigh != null" > current_forward_active_high,</if>
<if test= "currentForwardActiveFlat != null" > current_forward_active_flat,</if>
<if test= "currentForwardActiveValley != null" > current_forward_active_valley,</if>
<if test= "currentReverseActiveTotal != null" > current_reverse_active_total,</if>
<if test= "currentReverseActivePeak != null" > current_reverse_active_peak,</if>
<if test= "currentReverseActiveHigh != null" > current_reverse_active_high,</if>
<if test= "currentReverseActiveFlat != null" > current_reverse_active_flat,</if>
<if test= "currentReverseActiveValley != null" > current_reverse_active_valley,</if>
<if test= "currentCombReactiveTotal != null" > current_comb_reactive_total,</if>
<if test= "currentCombReactivePeak != null" > current_comb_reactive_peak,</if>
<if test= "currentCombReactiveHigh != null" > current_comb_reactive_high,</if>
<if test= "currentCombReactiveFlat != null" > current_comb_reactive_flat,</if>
<if test= "currentCombReactiveValley != null" > current_comb_reactive_valley,</if>
<if test= "currentForwardReactiveTotal != null" > current_forward_reactive_total,</if>
<if test= "currentForwardReactivePeak != null" > current_forward_reactive_peak,</if>
<if test= "currentForwardReactiveHigh != null" > current_forward_reactive_high,</if>
<if test= "currentForwardReactiveFlat != null" > current_forward_reactive_flat,</if>
<if test= "currentForwardReactiveValley != null" > current_forward_reactive_valley,</if>
<if test= "currentReverseReactiveTotal != null" > current_reverse_reactive_total,</if>
<if test= "currentReverseReactivePeak != null" > current_reverse_reactive_peak,</if>
<if test= "currentReverseReactiveHigh != null" > current_reverse_reactive_high,</if>
<if test= "currentReverseReactiveFlat != null" > current_reverse_reactive_flat,</if>
<if test= "currentReverseReactiveValley != null" > current_reverse_reactive_valley,</if>
<if test= "phaseAVoltage != null" > phase_a_voltage,</if>
<if test= "phaseBVoltage != null" > phase_b_voltage,</if>
<if test= "phaseCVoltage != null" > phase_c_voltage,</if>
<if test= "phaseACurrent != null" > phase_a_current,</if>
<if test= "phaseBCurrent != null" > phase_b_current,</if>
<if test= "phaseCCurrent != null" > phase_c_current,</if>
<if test= "frequency != null" > frequency,</if>
<if test= "abLineVoltage != null" > ab_line_voltage,</if>
<if test= "cbLineVoltage != null" > cb_line_voltage,</if>
<if test= "acLineVoltage != null" > ac_line_voltage,</if>
<if test= "forwardAcMaxDemand != null" > forward_ac_max_demand,</if>
<if test= "reverseAcMaxDemand != null" > reverse_ac_max_demand,</if>
<if test= "phaseAActivePower != null" > phase_a_active_power,</if>
<if test= "phaseBActivePower != null" > phase_b_active_power,</if>
<if test= "phaseCActivePower != null" > phase_c_active_power,</if>
<if test= "totalActivePower != null" > total_active_power,</if>
<if test= "phaseAReactivePower != null" > phase_a_reactive_power,</if>
<if test= "phaseBReactivePower != null" > phase_b_reactive_power,</if>
<if test= "phaseCReactivePower != null" > phase_c_reactive_power,</if>
<if test= "totalReactivePower != null" > total_reactive_power,</if>
<if test= "phaseAApparentPower != null" > phase_a_apparent_power,</if>
<if test= "phaseBApparentPower != null" > phase_b_apparent_power,</if>
<if test= "phaseCApparentPower != null" > phase_c_apparent_power,</if>
<if test= "totalApparentPower != null" > total_apparent_power,</if>
<if test= "phaseAPowerFactor != null" > phase_a_power_factor,</if>
<if test= "phaseBPowerFactor != null" > phase_b_power_factor,</if>
<if test= "phaseCPowerFactor != null" > phase_c_power_factor,</if>
<if test= "totalPowerFactor != null" > total_power_factor,</if>
<if test= "dailyForwardMaxDemand != null" > daily_forward_max_demand,</if>
<if test= "siteId != null" > site_id,</if>
<if test= "deviceId != null and deviceId != ''" > device_id,</if>
2025-06-28 14:56:22 +08:00
<if test= "createBy != null" > create_by,</if>
<if test= "createTime != null" > create_time,</if>
<if test= "updateBy != null" > update_by,</if>
<if test= "updateTime != null" > update_time,</if>
<if test= "remark != null" > remark,</if>
2025-07-04 12:37:18 +08:00
<if test= "secondaryAbLineVoltage != null" > secondary_ab_line_voltage,</if>
<if test= "secondaryAPhaseCurrent != null" > secondary_a_phase_current,</if>
<if test= "secondaryAPhaseVoltage != null" > secondary_a_phase_voltage,</if>
<if test= "secondaryAPowerFactor != null" > secondary_a_power_factor,</if>
<if test= "secondaryAApparentPower != null" > secondary_a_apparent_power,</if>
<if test= "secondaryAReactivePower != null" > secondary_a_reactive_power,</if>
<if test= "secondaryAActivePower != null" > secondary_a_active_power,</if>
<if test= "secondaryBcLineVoltage != null" > secondary_bc_line_voltage,</if>
<if test= "secondaryBPhaseCurrent != null" > secondary_b_phase_current,</if>
<if test= "secondaryBPhaseVoltage != null" > secondary_b_phase_voltage,</if>
<if test= "secondaryBPowerFactor != null" > secondary_b_power_factor,</if>
<if test= "secondaryBApparentPower != null" > secondary_b_apparent_power,</if>
<if test= "secondaryBReactivePower != null" > secondary_b_reactive_power,</if>
<if test= "secondaryBActivePower != null" > secondary_b_active_power,</if>
<if test= "secondaryCaLineVoltage != null" > secondary_ca_line_voltage,</if>
<if test= "secondaryCPhaseCurrent != null" > secondary_c_phase_current,</if>
<if test= "secondaryCPhaseVoltage != null" > secondary_c_phase_voltage,</if>
<if test= "secondaryCPowerFactor != null" > secondary_c_power_factor,</if>
<if test= "secondaryCApparentPower != null" > secondary_c_apparent_power,</if>
<if test= "secondaryCReactivePower != null" > secondary_c_reactive_power,</if>
<if test= "secondaryCActivePower != null" > secondary_c_active_power,</if>
<if test= "secondaryGridFrequency != null" > secondary_grid_frequency,</if>
<if test= "secondaryReverseReactiveEnergy != null" > secondary_reverse_reactive_energy,</if>
<if test= "secondaryNegativeActiveEnergy != null" > secondary_negative_active_energy,</if>
<if test= "secondaryTotalPowerFactor != null" > secondary_total_power_factor,</if>
<if test= "secondaryTotalApparentPower != null" > secondary_total_apparent_power,</if>
<if test= "secondaryTotalReactivePower != null" > secondary_total_reactive_power,</if>
<if test= "secondaryPositiveReactiveEnergy != null" > secondary_positive_reactive_energy,</if>
<if test= "secondaryPositiveActiveEnergy != null" > secondary_positive_active_energy,</if>
<if test= "secondaryTotalActivePower != null" > secondary_total_active_power,</if>
<if test= "reverseReactiveEnergyEqMinus != null" > reverse_reactive_energy_eq_minus,</if>
<if test= "reverseActiveEnergyEpMinus != null" > reverse_active_energy_ep_minus,</if>
<if test= "positiveReactiveEnergyEqPlus != null" > positive_reactive_energy_eq_plus,</if>
<if test= "positiveActiveEnergyEpPlus != null" > positive_active_energy_ep_plus,</if>
2025-07-27 17:34:38 +08:00
<if test= "currentPercent != null" > current_percent,</if>
<if test= "voltagePercent != null" > voltage_percent,</if>
<if test= "avgCurrent != null" > avg_current,</if>
2025-07-29 15:58:26 +08:00
<if test= "totalForwardActiveTwo != null" > total_forward_active_two,</if>
<if test= "totalPeakForwardActive != null" > total_peak_forward_active,</if>
<if test= "totalHighForwardActive != null" > total_high_forward_active,</if>
<if test= "totalFlatForwardActive != null" > total_flat_forward_active,</if>
<if test= "totalValleyForwardActive != null" > total_valley_forward_active,</if>
<if test= "totalReverseActiveTwo != null" > total_reverse_active_two,</if>
<if test= "totalPeakReverseActive != null" > total_peak_reverse_active,</if>
<if test= "totalHighReverseActive != null" > total_high_reverse_active,</if>
<if test= "totalFlatReverseActive != null" > total_flat_reverse_active,</if>
<if test= "totalValleyReverseActive != null" > total_valley_reverse_active,</if>
<if test= "disconnectDetectionIndication != null" > disconnect_detection_indication,</if>
<if test= "ratedPrimaryCurrentValue != null" > rated_primary_current_value,</if>
<if test= "switchInputOutputStatus != null" > switch_input_output_status,</if>
<if test= "alarmStatus != null" > alarm_status,</if>
<if test= "currentTotalVoltagePercent != null" > current_total_voltage_percent,</if>
<if test= "voltageContentPercent != null" > voltage_content_percent,</if>
<if test= "voltageAcPercent != null" > voltage_ac_percent,</if>
<if test= "currentTotalCurrentPercent != null" > current_total_current_percent,</if>
<if test= "currentContentPercent != null" > current_content_percent,</if>
<if test= "currentAcPercent != null" > current_ac_percent,</if>
<if test= "currentTotalPowerPercent != null" > current_total_power_percent,</if>
<if test= "powerContentPercent != null" > power_content_percent,</if>
<if test= "powerAcPercent != null" > power_ac_percent,</if>
<if test= "dataSettingYearMonth != null" > data_setting_year_month,</if>
<if test= "dataSettingDayHour != null" > data_setting_day_hour,</if>
<if test= "dataSettingMinutesSeconds != null" > data_setting_minutes_seconds,</if>
<if test= "currentRate != null" > current_rate,</if>
<if test= "versionNumber != null" > version_number,</if>
<if test= "voltage != null" > voltage,</if>
<if test= "current != null" > current,</if>
<if test= "power != null" > power,</if>
<if test= "internalTemp != null" > internal_temp,</if>
<if test= "totalForwardActiveOne != null" > total_forward_active_one,</if>
<if test= "totalReverseActiveOne != null" > total_reverse_active_one,</if>
<if test= "forwardReactiveMaxDemand != null" > forward_reactive_max_demand,</if>
<if test= "reverseReactiveMaxDemand != null" > reverse_reactive_max_demand,</if>
<if test= "aForwardActiveEnergy != null" > a_forward_active_energy,</if>
<if test= "bForwardActiveEnergy != null" > b_forward_active_energy,</if>
<if test= "cForwardActiveEnergy != null" > c_forward_active_energy,</if>
<if test= "didoStatus != null" > dido_status,</if>
<if test= "runningStatus != null" > running_status,</if>
<if test= "zeroSeqCurrent != null" > zero_seq_current,</if>
<if test= "voltageUnbalanceDegree != null" > voltage_unbalance_degree,</if>
<if test= "currentUnbalanceDegree != null" > current_unbalance_degree,</if>
<if test= "dailyReverseAcMaxDemand != null" > daily_reverse_ac_max_demand,</if>
<if test= "dailyForwardReacMaxDemand != null" > daily_forward_reac_max_demand,</if>
<if test= "dailyReverseReacMaxDemand != null" > daily_reverse_reac_max_demand,</if>
<if test= "preDayForwardAcMaxDemand != null" > pre_day_forward_ac_max_demand,</if>
<if test= "preDayReverseAcMaxDemand != null" > pre_day_reverse_ac_max_demand,</if>
<if test= "preDayForwardReacMaxDemand != null" > pre_day_forward_reac_max_demand,</if>
<if test= "preDayReverseReacMaxDemand != null" > pre_day_reverse_reac_max_demand,</if>
<if test= "pre2dForwardAcMaxDemand != null" > pre_2d_forward_ac_max_demand,</if>
<if test= "pre2dReverseAcMaxDemand != null" > pre_2d_reverse_ac_max_demand,</if>
<if test= "pre2dForwardReacMaxDemand != null" > pre_2d_forward_reac_max_demand,</if>
<if test= "pre2dReverseReacMaxDemand != null" > pre_2d_reverse_reac_max_demand,</if>
<if test= "currentForwardAcDemand != null" > current_forward_ac_demand,</if>
<if test= "currentReverseAcDemand != null" > current_reverse_ac_demand,</if>
<if test= "currentForwardReacDemand != null" > current_forward_reac_demand,</if>
<if test= "currentReverseReacDemand != null" > current_reverse_reac_demand,</if>
2025-06-28 14:56:22 +08:00
</trim>
<trim prefix= "values (" suffix= ")" suffixOverrides= "," >
<if test= "dataUpdateTime != null" > #{dataUpdateTime},</if>
2025-07-04 12:37:18 +08:00
<if test= "currentCombActiveTotal != null" > #{currentCombActiveTotal},</if>
<if test= "currentCombActivePeak != null" > #{currentCombActivePeak},</if>
<if test= "currentCombActiveHigh != null" > #{currentCombActiveHigh},</if>
<if test= "currentCombActiveFlat != null" > #{currentCombActiveFlat},</if>
<if test= "currentCombActiveValley != null" > #{currentCombActiveValley},</if>
<if test= "currentForwardActiveTotal != null" > #{currentForwardActiveTotal},</if>
<if test= "currentForwardActivePeak != null" > #{currentForwardActivePeak},</if>
<if test= "currentForwardActiveHigh != null" > #{currentForwardActiveHigh},</if>
<if test= "currentForwardActiveFlat != null" > #{currentForwardActiveFlat},</if>
<if test= "currentForwardActiveValley != null" > #{currentForwardActiveValley},</if>
<if test= "currentReverseActiveTotal != null" > #{currentReverseActiveTotal},</if>
<if test= "currentReverseActivePeak != null" > #{currentReverseActivePeak},</if>
<if test= "currentReverseActiveHigh != null" > #{currentReverseActiveHigh},</if>
<if test= "currentReverseActiveFlat != null" > #{currentReverseActiveFlat},</if>
<if test= "currentReverseActiveValley != null" > #{currentReverseActiveValley},</if>
<if test= "currentCombReactiveTotal != null" > #{currentCombReactiveTotal},</if>
<if test= "currentCombReactivePeak != null" > #{currentCombReactivePeak},</if>
<if test= "currentCombReactiveHigh != null" > #{currentCombReactiveHigh},</if>
<if test= "currentCombReactiveFlat != null" > #{currentCombReactiveFlat},</if>
<if test= "currentCombReactiveValley != null" > #{currentCombReactiveValley},</if>
<if test= "currentForwardReactiveTotal != null" > #{currentForwardReactiveTotal},</if>
<if test= "currentForwardReactivePeak != null" > #{currentForwardReactivePeak},</if>
<if test= "currentForwardReactiveHigh != null" > #{currentForwardReactiveHigh},</if>
<if test= "currentForwardReactiveFlat != null" > #{currentForwardReactiveFlat},</if>
<if test= "currentForwardReactiveValley != null" > #{currentForwardReactiveValley},</if>
<if test= "currentReverseReactiveTotal != null" > #{currentReverseReactiveTotal},</if>
<if test= "currentReverseReactivePeak != null" > #{currentReverseReactivePeak},</if>
<if test= "currentReverseReactiveHigh != null" > #{currentReverseReactiveHigh},</if>
<if test= "currentReverseReactiveFlat != null" > #{currentReverseReactiveFlat},</if>
<if test= "currentReverseReactiveValley != null" > #{currentReverseReactiveValley},</if>
<if test= "phaseAVoltage != null" > #{phaseAVoltage},</if>
<if test= "phaseBVoltage != null" > #{phaseBVoltage},</if>
<if test= "phaseCVoltage != null" > #{phaseCVoltage},</if>
<if test= "phaseACurrent != null" > #{phaseACurrent},</if>
<if test= "phaseBCurrent != null" > #{phaseBCurrent},</if>
<if test= "phaseCCurrent != null" > #{phaseCCurrent},</if>
<if test= "frequency != null" > #{frequency},</if>
<if test= "abLineVoltage != null" > #{abLineVoltage},</if>
<if test= "cbLineVoltage != null" > #{cbLineVoltage},</if>
<if test= "acLineVoltage != null" > #{acLineVoltage},</if>
<if test= "forwardAcMaxDemand != null" > #{forwardAcMaxDemand},</if>
<if test= "reverseAcMaxDemand != null" > #{reverseAcMaxDemand},</if>
<if test= "phaseAActivePower != null" > #{phaseAActivePower},</if>
<if test= "phaseBActivePower != null" > #{phaseBActivePower},</if>
<if test= "phaseCActivePower != null" > #{phaseCActivePower},</if>
<if test= "totalActivePower != null" > #{totalActivePower},</if>
<if test= "phaseAReactivePower != null" > #{phaseAReactivePower},</if>
<if test= "phaseBReactivePower != null" > #{phaseBReactivePower},</if>
<if test= "phaseCReactivePower != null" > #{phaseCReactivePower},</if>
<if test= "totalReactivePower != null" > #{totalReactivePower},</if>
<if test= "phaseAApparentPower != null" > #{phaseAApparentPower},</if>
<if test= "phaseBApparentPower != null" > #{phaseBApparentPower},</if>
<if test= "phaseCApparentPower != null" > #{phaseCApparentPower},</if>
<if test= "totalApparentPower != null" > #{totalApparentPower},</if>
<if test= "phaseAPowerFactor != null" > #{phaseAPowerFactor},</if>
<if test= "phaseBPowerFactor != null" > #{phaseBPowerFactor},</if>
<if test= "phaseCPowerFactor != null" > #{phaseCPowerFactor},</if>
<if test= "totalPowerFactor != null" > #{totalPowerFactor},</if>
<if test= "dailyForwardMaxDemand != null" > #{dailyForwardMaxDemand},</if>
<if test= "siteId != null" > #{siteId},</if>
<if test= "deviceId != null and deviceId != ''" > #{deviceId},</if>
2025-06-28 14:56:22 +08:00
<if test= "createBy != null" > #{createBy},</if>
<if test= "createTime != null" > #{createTime},</if>
<if test= "updateBy != null" > #{updateBy},</if>
<if test= "updateTime != null" > #{updateTime},</if>
<if test= "remark != null" > #{remark},</if>
2025-07-04 12:37:18 +08:00
<if test= "secondaryAbLineVoltage != null" > #{secondaryAbLineVoltage},</if>
<if test= "secondaryAPhaseCurrent != null" > #{secondaryAPhaseCurrent},</if>
<if test= "secondaryAPhaseVoltage != null" > #{secondaryAPhaseVoltage},</if>
<if test= "secondaryAPowerFactor != null" > #{secondaryAPowerFactor},</if>
<if test= "secondaryAApparentPower != null" > #{secondaryAApparentPower},</if>
<if test= "secondaryAReactivePower != null" > #{secondaryAReactivePower},</if>
<if test= "secondaryAActivePower != null" > #{secondaryAActivePower},</if>
<if test= "secondaryBcLineVoltage != null" > #{secondaryBcLineVoltage},</if>
<if test= "secondaryBPhaseCurrent != null" > #{secondaryBPhaseCurrent},</if>
<if test= "secondaryBPhaseVoltage != null" > #{secondaryBPhaseVoltage},</if>
<if test= "secondaryBPowerFactor != null" > #{secondaryBPowerFactor},</if>
<if test= "secondaryBApparentPower != null" > #{secondaryBApparentPower},</if>
<if test= "secondaryBReactivePower != null" > #{secondaryBReactivePower},</if>
<if test= "secondaryBActivePower != null" > #{secondaryBActivePower},</if>
<if test= "secondaryCaLineVoltage != null" > #{secondaryCaLineVoltage},</if>
<if test= "secondaryCPhaseCurrent != null" > #{secondaryCPhaseCurrent},</if>
<if test= "secondaryCPhaseVoltage != null" > #{secondaryCPhaseVoltage},</if>
<if test= "secondaryCPowerFactor != null" > #{secondaryCPowerFactor},</if>
<if test= "secondaryCApparentPower != null" > #{secondaryCApparentPower},</if>
<if test= "secondaryCReactivePower != null" > #{secondaryCReactivePower},</if>
<if test= "secondaryCActivePower != null" > #{secondaryCActivePower},</if>
<if test= "secondaryGridFrequency != null" > #{secondaryGridFrequency},</if>
<if test= "secondaryReverseReactiveEnergy != null" > #{secondaryReverseReactiveEnergy},</if>
<if test= "secondaryNegativeActiveEnergy != null" > #{secondaryNegativeActiveEnergy},</if>
<if test= "secondaryTotalPowerFactor != null" > #{secondaryTotalPowerFactor},</if>
<if test= "secondaryTotalApparentPower != null" > #{secondaryTotalApparentPower},</if>
<if test= "secondaryTotalReactivePower != null" > #{secondaryTotalReactivePower},</if>
<if test= "secondaryPositiveReactiveEnergy != null" > #{secondaryPositiveReactiveEnergy},</if>
<if test= "secondaryPositiveActiveEnergy != null" > #{secondaryPositiveActiveEnergy},</if>
<if test= "secondaryTotalActivePower != null" > #{secondaryTotalActivePower},</if>
<if test= "reverseReactiveEnergyEqMinus != null" > #{reverseReactiveEnergyEqMinus},</if>
<if test= "reverseActiveEnergyEpMinus != null" > #{reverseActiveEnergyEpMinus},</if>
<if test= "positiveReactiveEnergyEqPlus != null" > #{positiveReactiveEnergyEqPlus},</if>
<if test= "positiveActiveEnergyEpPlus != null" > #{positiveActiveEnergyEpPlus},</if>
2025-07-27 17:34:38 +08:00
<if test= "currentPercent != null" > #{currentPercent},</if>
<if test= "voltagePercent != null" > #{voltagePercent},</if>
<if test= "avgCurrent != null" > #{avgCurrent},</if>
2025-07-29 15:58:26 +08:00
<if test= "totalForwardActiveTwo != null" > #{totalForwardActiveTwo},</if>
<if test= "totalPeakForwardActive != null" > #{totalPeakForwardActive},</if>
<if test= "totalHighForwardActive != null" > #{totalHighForwardActive},</if>
<if test= "totalFlatForwardActive != null" > #{totalFlatForwardActive},</if>
<if test= "totalValleyForwardActive != null" > #{totalValleyForwardActive},</if>
<if test= "totalReverseActiveTwo != null" > #{totalReverseActiveTwo},</if>
<if test= "totalPeakReverseActive != null" > #{totalPeakReverseActive},</if>
<if test= "totalHighReverseActive != null" > #{totalHighReverseActive},</if>
<if test= "totalFlatReverseActive != null" > #{totalFlatReverseActive},</if>
<if test= "totalValleyReverseActive != null" > #{totalValleyReverseActive},</if>
<if test= "disconnectDetectionIndication != null" > #{disconnectDetectionIndication},</if>
<if test= "ratedPrimaryCurrentValue != null" > #{ratedPrimaryCurrentValue},</if>
<if test= "switchInputOutputStatus != null" > #{switchInputOutputStatus},</if>
<if test= "alarmStatus != null" > #{alarmStatus},</if>
<if test= "currentTotalVoltagePercent != null" > #{currentTotalVoltagePercent},</if>
<if test= "voltageContentPercent != null" > #{voltageContentPercent},</if>
<if test= "voltageAcPercent != null" > #{voltageAcPercent},</if>
<if test= "currentTotalCurrentPercent != null" > #{currentTotalCurrentPercent},</if>
<if test= "currentContentPercent != null" > #{currentContentPercent},</if>
<if test= "currentAcPercent != null" > #{currentAcPercent},</if>
<if test= "currentTotalPowerPercent != null" > #{currentTotalPowerPercent},</if>
<if test= "powerContentPercent != null" > #{powerContentPercent},</if>
<if test= "powerAcPercent != null" > #{powerAcPercent},</if>
<if test= "dataSettingYearMonth != null" > #{dataSettingYearMonth},</if>
<if test= "dataSettingDayHour != null" > #{dataSettingDayHour},</if>
<if test= "dataSettingMinutesSeconds != null" > #{dataSettingMinutesSeconds},</if>
<if test= "currentRate != null" > #{currentRate},</if>
<if test= "versionNumber != null" > #{versionNumber},</if>
<if test= "voltage != null" > #{voltage},</if>
<if test= "current != null" > #{current},</if>
<if test= "power != null" > #{power},</if>
<if test= "internalTemp != null" > #{internalTemp},</if>
<if test= "totalForwardActiveOne != null" > #{totalForwardActiveOne},</if>
<if test= "totalReverseActiveOne != null" > #{totalReverseActiveOne},</if>
<if test= "forwardReactiveMaxDemand != null" > #{forwardReactiveMaxDemand},</if>
<if test= "reverseReactiveMaxDemand != null" > #{reverseReactiveMaxDemand},</if>
<if test= "aForwardActiveEnergy != null" > #{aForwardActiveEnergy},</if>
<if test= "bForwardActiveEnergy != null" > #{bForwardActiveEnergy},</if>
<if test= "cForwardActiveEnergy != null" > #{cForwardActiveEnergy},</if>
<if test= "didoStatus != null" > #{didoStatus},</if>
<if test= "runningStatus != null" > #{runningStatus},</if>
<if test= "zeroSeqCurrent != null" > #{zeroSeqCurrent},</if>
<if test= "voltageUnbalanceDegree != null" > #{voltageUnbalanceDegree},</if>
<if test= "currentUnbalanceDegree != null" > #{currentUnbalanceDegree},</if>
<if test= "dailyReverseAcMaxDemand != null" > #{dailyReverseAcMaxDemand},</if>
<if test= "dailyForwardReacMaxDemand != null" > #{dailyForwardReacMaxDemand},</if>
<if test= "dailyReverseReacMaxDemand != null" > #{dailyReverseReacMaxDemand},</if>
<if test= "preDayForwardAcMaxDemand != null" > #{preDayForwardAcMaxDemand},</if>
<if test= "preDayReverseAcMaxDemand != null" > #{preDayReverseAcMaxDemand},</if>
<if test= "preDayForwardReacMaxDemand != null" > #{preDayForwardReacMaxDemand},</if>
<if test= "preDayReverseReacMaxDemand != null" > #{preDayReverseReacMaxDemand},</if>
<if test= "pre2dForwardAcMaxDemand != null" > #{pre2dForwardAcMaxDemand},</if>
<if test= "pre2dReverseAcMaxDemand != null" > #{pre2dReverseAcMaxDemand},</if>
<if test= "pre2dForwardReacMaxDemand != null" > #{pre2dForwardReacMaxDemand},</if>
<if test= "pre2dReverseReacMaxDemand != null" > #{pre2dReverseReacMaxDemand},</if>
<if test= "currentForwardAcDemand != null" > #{currentForwardAcDemand},</if>
<if test= "currentReverseAcDemand != null" > #{currentReverseAcDemand},</if>
<if test= "currentForwardReacDemand != null" > #{currentForwardReacDemand},</if>
<if test= "currentReverseReacDemand != null" > #{currentReverseReacDemand},</if>
2025-06-28 14:56:22 +08:00
</trim>
</insert>
<update id= "updateEmsAmmeterData" parameterType= "EmsAmmeterData" >
update ems_ammeter_data
<trim prefix= "SET" suffixOverrides= "," >
<if test= "dataUpdateTime != null" > data_update_time = #{dataUpdateTime},</if>
2025-07-04 12:37:18 +08:00
<if test= "currentCombActiveTotal != null" > current_comb_active_total = #{currentCombActiveTotal},</if>
<if test= "currentCombActivePeak != null" > current_comb_active_peak = #{currentCombActivePeak},</if>
<if test= "currentCombActiveHigh != null" > current_comb_active_high = #{currentCombActiveHigh},</if>
<if test= "currentCombActiveFlat != null" > current_comb_active_flat = #{currentCombActiveFlat},</if>
<if test= "currentCombActiveValley != null" > current_comb_active_valley = #{currentCombActiveValley},</if>
<if test= "currentForwardActiveTotal != null" > current_forward_active_total = #{currentForwardActiveTotal},</if>
<if test= "currentForwardActivePeak != null" > current_forward_active_peak = #{currentForwardActivePeak},</if>
<if test= "currentForwardActiveHigh != null" > current_forward_active_high = #{currentForwardActiveHigh},</if>
<if test= "currentForwardActiveFlat != null" > current_forward_active_flat = #{currentForwardActiveFlat},</if>
<if test= "currentForwardActiveValley != null" > current_forward_active_valley = #{currentForwardActiveValley},</if>
<if test= "currentReverseActiveTotal != null" > current_reverse_active_total = #{currentReverseActiveTotal},</if>
<if test= "currentReverseActivePeak != null" > current_reverse_active_peak = #{currentReverseActivePeak},</if>
<if test= "currentReverseActiveHigh != null" > current_reverse_active_high = #{currentReverseActiveHigh},</if>
<if test= "currentReverseActiveFlat != null" > current_reverse_active_flat = #{currentReverseActiveFlat},</if>
<if test= "currentReverseActiveValley != null" > current_reverse_active_valley = #{currentReverseActiveValley},</if>
<if test= "currentCombReactiveTotal != null" > current_comb_reactive_total = #{currentCombReactiveTotal},</if>
<if test= "currentCombReactivePeak != null" > current_comb_reactive_peak = #{currentCombReactivePeak},</if>
<if test= "currentCombReactiveHigh != null" > current_comb_reactive_high = #{currentCombReactiveHigh},</if>
<if test= "currentCombReactiveFlat != null" > current_comb_reactive_flat = #{currentCombReactiveFlat},</if>
<if test= "currentCombReactiveValley != null" > current_comb_reactive_valley = #{currentCombReactiveValley},</if>
<if test= "currentForwardReactiveTotal != null" > current_forward_reactive_total = #{currentForwardReactiveTotal},</if>
<if test= "currentForwardReactivePeak != null" > current_forward_reactive_peak = #{currentForwardReactivePeak},</if>
<if test= "currentForwardReactiveHigh != null" > current_forward_reactive_high = #{currentForwardReactiveHigh},</if>
<if test= "currentForwardReactiveFlat != null" > current_forward_reactive_flat = #{currentForwardReactiveFlat},</if>
<if test= "currentForwardReactiveValley != null" > current_forward_reactive_valley = #{currentForwardReactiveValley},</if>
<if test= "currentReverseReactiveTotal != null" > current_reverse_reactive_total = #{currentReverseReactiveTotal},</if>
<if test= "currentReverseReactivePeak != null" > current_reverse_reactive_peak = #{currentReverseReactivePeak},</if>
<if test= "currentReverseReactiveHigh != null" > current_reverse_reactive_high = #{currentReverseReactiveHigh},</if>
<if test= "currentReverseReactiveFlat != null" > current_reverse_reactive_flat = #{currentReverseReactiveFlat},</if>
<if test= "currentReverseReactiveValley != null" > current_reverse_reactive_valley = #{currentReverseReactiveValley},</if>
<if test= "phaseAVoltage != null" > phase_a_voltage = #{phaseAVoltage},</if>
<if test= "phaseBVoltage != null" > phase_b_voltage = #{phaseBVoltage},</if>
<if test= "phaseCVoltage != null" > phase_c_voltage = #{phaseCVoltage},</if>
<if test= "phaseACurrent != null" > phase_a_current = #{phaseACurrent},</if>
<if test= "phaseBCurrent != null" > phase_b_current = #{phaseBCurrent},</if>
<if test= "phaseCCurrent != null" > phase_c_current = #{phaseCCurrent},</if>
<if test= "frequency != null" > frequency = #{frequency},</if>
<if test= "abLineVoltage != null" > ab_line_voltage = #{abLineVoltage},</if>
<if test= "cbLineVoltage != null" > cb_line_voltage = #{cbLineVoltage},</if>
<if test= "acLineVoltage != null" > ac_line_voltage = #{acLineVoltage},</if>
<if test= "forwardAcMaxDemand != null" > forward_ac_max_demand = #{forwardAcMaxDemand},</if>
<if test= "reverseAcMaxDemand != null" > reverse_ac_max_demand = #{reverseAcMaxDemand},</if>
<if test= "phaseAActivePower != null" > phase_a_active_power = #{phaseAActivePower},</if>
<if test= "phaseBActivePower != null" > phase_b_active_power = #{phaseBActivePower},</if>
<if test= "phaseCActivePower != null" > phase_c_active_power = #{phaseCActivePower},</if>
<if test= "totalActivePower != null" > total_active_power = #{totalActivePower},</if>
<if test= "phaseAReactivePower != null" > phase_a_reactive_power = #{phaseAReactivePower},</if>
<if test= "phaseBReactivePower != null" > phase_b_reactive_power = #{phaseBReactivePower},</if>
<if test= "phaseCReactivePower != null" > phase_c_reactive_power = #{phaseCReactivePower},</if>
<if test= "totalReactivePower != null" > total_reactive_power = #{totalReactivePower},</if>
<if test= "phaseAApparentPower != null" > phase_a_apparent_power = #{phaseAApparentPower},</if>
<if test= "phaseBApparentPower != null" > phase_b_apparent_power = #{phaseBApparentPower},</if>
<if test= "phaseCApparentPower != null" > phase_c_apparent_power = #{phaseCApparentPower},</if>
<if test= "totalApparentPower != null" > total_apparent_power = #{totalApparentPower},</if>
<if test= "phaseAPowerFactor != null" > phase_a_power_factor = #{phaseAPowerFactor},</if>
<if test= "phaseBPowerFactor != null" > phase_b_power_factor = #{phaseBPowerFactor},</if>
<if test= "phaseCPowerFactor != null" > phase_c_power_factor = #{phaseCPowerFactor},</if>
<if test= "totalPowerFactor != null" > total_power_factor = #{totalPowerFactor},</if>
<if test= "dailyForwardMaxDemand != null" > daily_forward_max_demand = #{dailyForwardMaxDemand},</if>
<if test= "siteId != null" > site_id = #{siteId},</if>
<if test= "deviceId != null and deviceId != ''" > device_id = #{deviceId},</if>
2025-06-28 14:56:22 +08:00
<if test= "createBy != null" > create_by = #{createBy},</if>
<if test= "createTime != null" > create_time = #{createTime},</if>
<if test= "updateBy != null" > update_by = #{updateBy},</if>
<if test= "updateTime != null" > update_time = #{updateTime},</if>
<if test= "remark != null" > remark = #{remark},</if>
2025-07-04 12:37:18 +08:00
<if test= "secondaryAbLineVoltage != null" > secondary_ab_line_voltage = #{secondaryAbLineVoltage},</if>
<if test= "secondaryAPhaseCurrent != null" > secondary_a_phase_current = #{secondaryAPhaseCurrent},</if>
<if test= "secondaryAPhaseVoltage != null" > secondary_a_phase_voltage = #{secondaryAPhaseVoltage},</if>
<if test= "secondaryAPowerFactor != null" > secondary_a_power_factor = #{secondaryAPowerFactor},</if>
<if test= "secondaryAApparentPower != null" > secondary_a_apparent_power = #{secondaryAApparentPower},</if>
<if test= "secondaryAReactivePower != null" > secondary_a_reactive_power = #{secondaryAReactivePower},</if>
<if test= "secondaryAActivePower != null" > secondary_a_active_power = #{secondaryAActivePower},</if>
<if test= "secondaryBcLineVoltage != null" > secondary_bc_line_voltage = #{secondaryBcLineVoltage},</if>
<if test= "secondaryBPhaseCurrent != null" > secondary_b_phase_current = #{secondaryBPhaseCurrent},</if>
<if test= "secondaryBPhaseVoltage != null" > secondary_b_phase_voltage = #{secondaryBPhaseVoltage},</if>
<if test= "secondaryBPowerFactor != null" > secondary_b_power_factor = #{secondaryBPowerFactor},</if>
<if test= "secondaryBApparentPower != null" > secondary_b_apparent_power = #{secondaryBApparentPower},</if>
<if test= "secondaryBReactivePower != null" > secondary_b_reactive_power = #{secondaryBReactivePower},</if>
<if test= "secondaryBActivePower != null" > secondary_b_active_power = #{secondaryBActivePower},</if>
<if test= "secondaryCaLineVoltage != null" > secondary_ca_line_voltage = #{secondaryCaLineVoltage},</if>
<if test= "secondaryCPhaseCurrent != null" > secondary_c_phase_current = #{secondaryCPhaseCurrent},</if>
<if test= "secondaryCPhaseVoltage != null" > secondary_c_phase_voltage = #{secondaryCPhaseVoltage},</if>
<if test= "secondaryCPowerFactor != null" > secondary_c_power_factor = #{secondaryCPowerFactor},</if>
<if test= "secondaryCApparentPower != null" > secondary_c_apparent_power = #{secondaryCApparentPower},</if>
<if test= "secondaryCReactivePower != null" > secondary_c_reactive_power = #{secondaryCReactivePower},</if>
<if test= "secondaryCActivePower != null" > secondary_c_active_power = #{secondaryCActivePower},</if>
<if test= "secondaryGridFrequency != null" > secondary_grid_frequency = #{secondaryGridFrequency},</if>
<if test= "secondaryReverseReactiveEnergy != null" > secondary_reverse_reactive_energy = #{secondaryReverseReactiveEnergy},</if>
<if test= "secondaryNegativeActiveEnergy != null" > secondary_negative_active_energy = #{secondaryNegativeActiveEnergy},</if>
<if test= "secondaryTotalPowerFactor != null" > secondary_total_power_factor = #{secondaryTotalPowerFactor},</if>
<if test= "secondaryTotalApparentPower != null" > secondary_total_apparent_power = #{secondaryTotalApparentPower},</if>
<if test= "secondaryTotalReactivePower != null" > secondary_total_reactive_power = #{secondaryTotalReactivePower},</if>
<if test= "secondaryPositiveReactiveEnergy != null" > secondary_positive_reactive_energy = #{secondaryPositiveReactiveEnergy},</if>
<if test= "secondaryPositiveActiveEnergy != null" > secondary_positive_active_energy = #{secondaryPositiveActiveEnergy},</if>
<if test= "secondaryTotalActivePower != null" > secondary_total_active_power = #{secondaryTotalActivePower},</if>
<if test= "reverseReactiveEnergyEqMinus != null" > reverse_reactive_energy_eq_minus = #{reverseReactiveEnergyEqMinus},</if>
<if test= "reverseActiveEnergyEpMinus != null" > reverse_active_energy_ep_minus = #{reverseActiveEnergyEpMinus},</if>
<if test= "positiveReactiveEnergyEqPlus != null" > positive_reactive_energy_eq_plus = #{positiveReactiveEnergyEqPlus},</if>
<if test= "positiveActiveEnergyEpPlus != null" > positive_active_energy_ep_plus = #{positiveActiveEnergyEpPlus},</if>
2025-07-27 17:34:38 +08:00
<if test= "currentPercent != null" > current_percent = #{currentPercent},</if>
<if test= "voltagePercent != null" > voltage_percent = #{voltagePercent},</if>
<if test= "avgCurrent != null" > avg_current = #{avgCurrent},</if>
2025-07-29 15:58:26 +08:00
<if test= "totalForwardActiveTwo != null" > total_forward_active_two = #{totalForwardActiveTwo},</if>
<if test= "totalPeakForwardActive != null" > total_peak_forward_active = #{totalPeakForwardActive},</if>
<if test= "totalHighForwardActive != null" > total_high_forward_active = #{totalHighForwardActive},</if>
<if test= "totalFlatForwardActive != null" > total_flat_forward_active = #{totalFlatForwardActive},</if>
<if test= "totalValleyForwardActive != null" > total_valley_forward_active = #{totalValleyForwardActive},</if>
<if test= "totalReverseActiveTwo != null" > total_reverse_active_two = #{totalReverseActiveTwo},</if>
<if test= "totalPeakReverseActive != null" > total_peak_reverse_active = #{totalPeakReverseActive},</if>
<if test= "totalHighReverseActive != null" > total_high_reverse_active = #{totalHighReverseActive},</if>
<if test= "totalFlatReverseActive != null" > total_flat_reverse_active = #{totalFlatReverseActive},</if>
<if test= "totalValleyReverseActive != null" > total_valley_reverse_active = #{totalValleyReverseActive},</if>
<if test= "disconnectDetectionIndication != null" > disconnect_detection_indication = #{disconnectDetectionIndication},</if>
<if test= "ratedPrimaryCurrentValue != null" > rated_primary_current_value = #{ratedPrimaryCurrentValue},</if>
<if test= "switchInputOutputStatus != null" > switch_input_output_status = #{switchInputOutputStatus},</if>
<if test= "alarmStatus != null" > alarm_status = #{alarmStatus},</if>
<if test= "currentTotalVoltagePercent != null" > current_total_voltage_percent = #{currentTotalVoltagePercent},</if>
<if test= "voltageContentPercent != null" > voltage_content_percent = #{voltageContentPercent},</if>
<if test= "voltageAcPercent != null" > voltage_ac_percent = #{voltageAcPercent},</if>
<if test= "currentTotalCurrentPercent != null" > current_total_current_percent = #{currentTotalCurrentPercent},</if>
<if test= "currentContentPercent != null" > current_content_percent = #{currentContentPercent},</if>
<if test= "currentAcPercent != null" > current_ac_percent = #{currentAcPercent},</if>
<if test= "currentTotalPowerPercent != null" > current_total_power_percent = #{currentTotalPowerPercent},</if>
<if test= "powerContentPercent != null" > power_content_percent = #{powerContentPercent},</if>
<if test= "powerAcPercent != null" > power_ac_percent = #{powerAcPercent},</if>
<if test= "dataSettingYearMonth != null" > data_setting_year_month = #{dataSettingYearMonth},</if>
<if test= "dataSettingDayHour != null" > data_setting_day_hour = #{dataSettingDayHour},</if>
<if test= "dataSettingMinutesSeconds != null" > data_setting_minutes_seconds = #{dataSettingMinutesSeconds},</if>
<if test= "currentRate != null" > current_rate = #{currentRate},</if>
<if test= "versionNumber != null" > version_number = #{versionNumber},</if>
<if test= "voltage != null" > voltage = #{voltage},</if>
<if test= "current != null" > current = #{current},</if>
<if test= "power != null" > power = #{power},</if>
<if test= "internalTemp != null" > internal_temp = #{internalTemp},</if>
<if test= "totalForwardActiveOne != null" > total_forward_active_one = #{totalForwardActiveOne},</if>
<if test= "totalReverseActiveOne != null" > total_reverse_active_one = #{totalReverseActiveOne},</if>
<if test= "forwardReactiveMaxDemand != null" > forward_reactive_max_demand = #{forwardReactiveMaxDemand},</if>
<if test= "reverseReactiveMaxDemand != null" > reverse_reactive_max_demand = #{reverseReactiveMaxDemand},</if>
<if test= "aForwardActiveEnergy != null" > a_forward_active_energy = #{aForwardActiveEnergy},</if>
<if test= "bForwardActiveEnergy != null" > b_forward_active_energy = #{bForwardActiveEnergy},</if>
<if test= "cForwardActiveEnergy != null" > c_forward_active_energy = #{cForwardActiveEnergy},</if>
<if test= "didoStatus != null" > dido_status = #{didoStatus},</if>
<if test= "runningStatus != null" > running_status = #{runningStatus},</if>
<if test= "zeroSeqCurrent != null" > zero_seq_current = #{zeroSeqCurrent},</if>
<if test= "voltageUnbalanceDegree != null" > voltage_unbalance_degree = #{voltageUnbalanceDegree},</if>
<if test= "currentUnbalanceDegree != null" > current_unbalance_degree = #{currentUnbalanceDegree},</if>
<if test= "dailyReverseAcMaxDemand != null" > daily_reverse_ac_max_demand = #{dailyReverseAcMaxDemand},</if>
<if test= "dailyForwardReacMaxDemand != null" > daily_forward_reac_max_demand = #{dailyForwardReacMaxDemand},</if>
<if test= "dailyReverseReacMaxDemand != null" > daily_reverse_reac_max_demand = #{dailyReverseReacMaxDemand},</if>
<if test= "preDayForwardAcMaxDemand != null" > pre_day_forward_ac_max_demand = #{preDayForwardAcMaxDemand},</if>
<if test= "preDayReverseAcMaxDemand != null" > pre_day_reverse_ac_max_demand = #{preDayReverseAcMaxDemand},</if>
<if test= "preDayForwardReacMaxDemand != null" > pre_day_forward_reac_max_demand = #{preDayForwardReacMaxDemand},</if>
<if test= "preDayReverseReacMaxDemand != null" > pre_day_reverse_reac_max_demand = #{preDayReverseReacMaxDemand},</if>
<if test= "pre2dForwardAcMaxDemand != null" > pre_2d_forward_ac_max_demand = #{pre2dForwardAcMaxDemand},</if>
<if test= "pre2dReverseAcMaxDemand != null" > pre_2d_reverse_ac_max_demand = #{pre2dReverseAcMaxDemand},</if>
<if test= "pre2dForwardReacMaxDemand != null" > pre_2d_forward_reac_max_demand = #{pre2dForwardReacMaxDemand},</if>
<if test= "pre2dReverseReacMaxDemand != null" > pre_2d_reverse_reac_max_demand = #{pre2dReverseReacMaxDemand},</if>
<if test= "currentForwardAcDemand != null" > current_forward_ac_demand = #{currentForwardAcDemand},</if>
<if test= "currentReverseAcDemand != null" > current_reverse_ac_demand = #{currentReverseAcDemand},</if>
<if test= "currentForwardReacDemand != null" > current_forward_reac_demand = #{currentForwardReacDemand},</if>
<if test= "currentReverseReacDemand != null" > current_reverse_reac_demand = #{currentReverseReacDemand},</if>
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</trim>
where id = #{id}
</update>
<delete id= "deleteEmsAmmeterDataById" parameterType= "Long" >
delete from ems_ammeter_data where id = #{id}
</delete>
<delete id= "deleteEmsAmmeterDataByIds" parameterType= "String" >
delete from ems_ammeter_data where id in
<foreach item= "id" collection= "array" open= "(" separator= "," close= ")" >
#{id}
</foreach>
</delete>
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<select id= "getLoadDataByHour" resultType= "com.xzzn.ems.domain.vo.AmmeterStatisListVo" >
select latest.dataHour as dataTime,
t.current_comb_active_total as activeTotalKwh,
t.current_comb_active_peak as activePeakKwh,
t.current_comb_active_high as activeHighKwh,
t.current_comb_active_flat as activeFlatKwh,
t.current_comb_active_valley as activeValleyKwh,
t.current_comb_reactive_total as reActiveTotalKwh,
t.current_comb_reactive_peak as reActivePeakKwh,
t.current_comb_reactive_high as reActiveHighKwh,
t.current_comb_reactive_flat as reActiveFlatKwh,
t.current_comb_reactive_valley as reActiveValleyKwh
from ems_ammeter_data t
INNER JOIN ( select site_id,device_id,HOUR(data_update_time) as dataHour, MAX(data_update_time) as max_update_time
from ems_ammeter_data
where site_id = #{siteId}
and device_id = #{deviceId}
and data_update_time > #{dateTime}
group by site_id,device_id,dataHour
) latest on t.site_id = latest.site_id
and t.device_id = latest.device_id
and t.data_update_time = latest.max_update_time
order by dataTime
</select>
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<select id= "getYestLatestDate" resultMap= "EmsAmmeterDataResult" >
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SELECT
t.current_forward_active_total,
t.current_reverse_active_total,
t.current_forward_active_peak,
t.current_forward_active_high,
t.current_forward_active_flat,
t.current_forward_active_valley,
t.current_reverse_active_peak,
t.current_reverse_active_high,
t.current_reverse_active_flat,
t.current_reverse_active_valley
FROM ems_ammeter_data t
WHERE site_id = #{siteId}
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and device_id = #{deviceId}
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AND data_update_time < = #{yestData}
ORDER BY data_update_time DESC
LIMIT 1
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</select>
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<select id= "getMonthlyTimeRanges" resultType= "com.xzzn.ems.domain.vo.MonthlyTimeRange" >
SELECT site_id as siteId,
DATE_FORMAT(data_update_time, '%Y-%m') AS month,
MIN(data_update_time) AS firstDataTime,
MAX(data_update_time) AS lastDataTime
FROM ems_ammeter_data
WHERE (site_id = '021_DDS_01' AND device_id = 'METE')
OR (site_id = '021_FXX_01' AND device_id = 'LOAD')
GROUP BY site_id, DATE_FORMAT(data_update_time, '%Y-%m')
ORDER BY site_id, month
</select>
<select id= "batchGetTimePointValues" resultType= "com.xzzn.ems.domain.vo.TimePointValue" >
SELECT site_id as siteId, data_update_time as dataUpdateTime,
current_forward_active_total AS totalChargeData,
current_reverse_active_total AS totalDischargeData
FROM ems_ammeter_data
WHERE (site_id, data_update_time) IN
<foreach collection= "list" item= "item" separator= "," open= "(" close= ")" >
(#{item.siteId}, #{item.dataTime})
</foreach>
AND ((site_id = '021_DDS_01' AND device_id = 'METE')
OR (site_id = '021_FXX_01' AND device_id = 'LOAD'))
</select>
<select id= "getChargeDataByHour" resultType= "com.xzzn.ems.domain.vo.SiteMonitorDataVo" >
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SELECT ammeterDate,
dataUpdateTime,
totalChargedCap,
totalDisChargedCap,
totalChargedCap - LAG(totalChargedCap) OVER (ORDER BY ammeterDate) AS chargedCap,
totalDisChargedCap - LAG(totalDisChargedCap) OVER (ORDER BY ammeterDate) AS disChargedCap
FROM ( SELECT data_update_time AS dataUpdateTime,
current_forward_active_total AS totalChargedCap,
current_reverse_active_total AS totalDisChargedCap,
DATE_FORMAT(data_update_time, '%H:00') AS ammeterDate,
ROW_NUMBER() OVER (
PARTITION BY DATE_FORMAT(data_update_time, '%H:00')
ORDER BY data_update_time DESC
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) AS rn
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FROM ems_ammeter_data
WHERE site_id = #{siteId}
AND device_id = #{deviceId}
AND DATE(data_update_time) = #{startDate}
) AS hourly_data
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WHERE rn = 1
ORDER BY ammeterDate
</select>
<select id= "getChargeDataByMonth" resultType= "com.xzzn.ems.domain.vo.SiteMonitorDataVo" >
SELECT month as ammeterDate,
data_update_time AS dataUpdateTime,
current_forward_active_total AS chargedCap,
current_reverse_active_total AS disChargedCap
FROM (
SELECT DATE_FORMAT(data_update_time, '%Y-%m') AS month,
data_update_time,
current_forward_active_total,
current_reverse_active_total,
ROW_NUMBER() OVER (
PARTITION BY DATE_FORMAT(data_update_time, '%Y-%m')
ORDER BY data_update_time DESC
) AS rn
FROM ems_ammeter_data
WHERE site_id = #{siteId}
AND device_id = #{deviceId}
AND data_update_time BETWEEN #{startDate} AND #{endDate}
) AS monthly_data
WHERE rn = 1
ORDER BY ammeterDate
</select>
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<sql id= "powerFilter" >
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MAX(CASE WHEN t.device_id = 'METE' THEN t.total_active_power END) AS storagePower,
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MAX(CASE WHEN t.device_id = 'LOAD' THEN t.total_active_power END) AS gridPower,
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MAX(CASE WHEN t.device_id = 'METEGF' THEN t.total_active_power END) AS pvPower
</sql>
<sql id= "commonFilter" >
WHERE p.device_id in ('METE','LOAD','METEGF')
and p.site_id = #{siteId}
<if test= "startDate != null" >
AND p.data_update_time > = #{startDate}
</if>
<if test= "endDate != null" >
AND p.data_update_time < #{endDate}
</if>
</sql>
<select id= "getPowerDataByHour" parameterType= "com.xzzn.ems.domain.vo.DateSearchRequest" resultType= "com.xzzn.ems.domain.vo.PowerStatisListVo" >
select latest.dateHour as statisDate,
<include refid= "powerFilter" />
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from ( SELECT p.site_id, p.device_id,DATE_FORMAT(p.data_update_time, '%Y-%m-%d %H:00') AS dateHour,MAX(p.data_update_time) as max_update_time
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FROM ems_ammeter_data p
<include refid= "commonFilter" />
GROUP BY p.site_id,p.device_id,dateHour
) latest inner join ems_ammeter_data t ON latest.site_id = t.site_id
AND latest.device_id = t.device_id
AND latest.max_update_time = t.data_update_time
GROUP BY statisDate
order by statisDate desc
</select>
<select id= "getPowerDataByDay" parameterType= "com.xzzn.ems.domain.vo.DateSearchRequest" resultType= "com.xzzn.ems.domain.vo.PowerStatisListVo" >
select latest.dateDay as statisDate,
<include refid= "powerFilter" />
from ( SELECT p.site_id, p.device_id, DATE(p.data_update_time ) AS dateDay,MAX(p.data_update_time) as max_update_time
FROM ems_ammeter_data p
<include refid= "commonFilter" />
GROUP BY p.site_id,p.device_id,dateDay
) latest inner join ems_ammeter_data t ON latest.site_id = t.site_id
AND latest.device_id = t.device_id
AND latest.max_update_time = t.data_update_time
GROUP BY statisDate
order by statisDate desc
</select>
<select id= "getPowerDataByMonth" parameterType= "com.xzzn.ems.domain.vo.DateSearchRequest" resultType= "com.xzzn.ems.domain.vo.PowerStatisListVo" >
select latest.dateMonth as statisDate,
<include refid= "powerFilter" />
from ( SELECT p.site_id, p.device_id,DATE_FORMAT(p.data_update_time, '%Y-%m') as dateMonth,MAX(p.data_update_time) as max_update_time
FROM ems_ammeter_data p
<include refid= "commonFilter" />
GROUP BY p.site_id,p.device_id,dateMonth
) latest inner join ems_ammeter_data t ON latest.site_id = t.site_id
AND latest.device_id = t.device_id
AND latest.max_update_time = t.data_update_time
GROUP BY statisDate
order by statisDate desc
</select>
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<select id= "getPowerDataByMinutes" parameterType= "com.xzzn.ems.domain.vo.DateSearchRequest" resultType= "com.xzzn.ems.domain.vo.PowerStatisListVo" >
select latest.dateMin as statisDate,
<include refid= "powerFilter" />
from ( SELECT p.site_id, p.device_id,DATE_FORMAT(p.data_update_time, '%Y-%m-%d %H:%i:00') as dateMin,MAX(p.data_update_time) as max_update_time
FROM ems_ammeter_data p
<include refid= "commonFilter" />
GROUP BY p.site_id,p.device_id,dateMin
) latest inner join ems_ammeter_data t ON latest.site_id = t.site_id
AND latest.device_id = t.device_id
AND latest.max_update_time = t.data_update_time
GROUP BY statisDate
order by statisDate desc
</select>
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<select id= "getLastData" resultMap= "EmsAmmeterDataResult" >
SELECT
t.site_id,
t.device_id,
t.data_update_time,
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t.total_active_power,
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t.current_forward_active_total,
t.current_reverse_active_total
FROM ems_ammeter_data t
WHERE site_id = #{siteId}
and device_id = #{deviceId}
ORDER BY data_update_time DESC LIMIT 1
</select>
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<select id= "selectHourlyAmmeterData" resultType= "com.xzzn.ems.domain.vo.AmmeterStatisListVo" >
SELECT
DATE_FORMAT(dataTime, '%Y-%m-%d') dataTime,
DATE_FORMAT(dataTime, '%H:%i') as timePart,
(activeTotalKwhMax-activeTotalKwhMin) activeTotalKwh,
(reActiveTotalKwhMax-reActiveTotalKwhMin) reActiveTotalKwh
from (
SELECT
DATE_FORMAT(data_update_time, '%Y-%m-%d %H:00:00') as dataTime,
MAX(current_forward_active_total) as activeTotalKwhMax,
MIN(current_forward_active_total) as activeTotalKwhMin,
MAX(current_forward_reactive_total) as reActiveTotalKwhMax,
MIN(current_forward_reactive_total) as reActiveTotalKwhMin
FROM
ems_ammeter_data
where device_id = 'METE'
<if test= "startTime != null" >
AND data_update_time > #{startTime}
</if>
<if test= "endTime != null" >
AND data_update_time < = #{endTime}
</if>
<if test= "siteId != null and siteId != ''" >
AND site_id = #{siteId}
</if>
GROUP BY
DATE_FORMAT(data_update_time, '%Y-%m-%d %H:00:00')
ORDER BY
dataTime
) temp
</select>
<select id= "selectDailyAmmeterData" resultType= "com.xzzn.ems.domain.vo.AmmeterStatisListVo" >
SELECT
dataTime,
(activePeakKwhMax-activePeakKwhMin) as activePeakKwh,
(activeHighKwhMax-activeHighKwhMin) as activeHighKwh,
(activeFlatKwhMax-activeFlatKwhMin) as activeFlatKwh,
(activeValleyKwhMax-activeValleyKwhMin) as activeValleyKwh,
(reActivePeakKwhMax-reActivePeakKwhMin) as reActivePeakKwh,
(reActiveHignKwhMax-reActiveHignKwhMin) as reActiveHignKwh,
(reActiveFlatKwhMax-reActiveFlatKwhMin) as reActiveFlatKwh,
(reActiveValleyKwhMax-reActiveValleyKwhMin) as reActiveValleyKwh
FROM (
SELECT
DATE(data_update_time) as dataTime,
MAX(current_forward_active_peak) as activePeakKwhMax,
MIN(current_forward_active_peak) as activePeakKwhMin,
MAX(current_forward_active_high) as activeHighKwhMax,
MIN(current_forward_active_high) as activeHighKwhMin,
MAX(current_forward_active_flat) as activeFlatKwhMax,
MIN(current_forward_active_flat) as activeFlatKwhMin,
MAX(current_forward_active_valley) as activeValleyKwhMax,
MIN(current_forward_active_valley) as activeValleyKwhMin,
MAX(current_forward_reactive_peak) as reActivePeakKwhMax,
MIN(current_forward_reactive_peak) as reActivePeakKwhMin,
MAX(current_forward_reactive_high) as reActiveHignKwhMax,
MIN(current_forward_reactive_high) as reActiveHignKwhMin,
MAX(current_forward_reactive_flat) as reActiveFlatKwhMax,
MIN(current_forward_reactive_flat) as reActiveFlatKwhMin,
MAX(current_forward_reactive_valley) as reActiveValleyKwhMax,
MIN(current_forward_reactive_valley) as reActiveValleyKwhMin
FROM
ems_ammeter_data
WHERE device_id = 'METE'
<if test= "startTime != null" >
AND data_update_time > #{startTime}
</if>
<if test= "endTime != null" >
AND data_update_time < = #{endTime}
</if>
<if test= "siteId != null and siteId != ''" >
AND site_id = #{siteId}
</if>
GROUP BY
DATE(data_update_time)
ORDER BY
dataTime
) temp
</select>
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<select id= "getPowerDataByMinute" parameterType= "com.xzzn.ems.domain.vo.DateSearchRequest" resultType= "com.xzzn.ems.domain.vo.PowerStatisListVo" >
WITH ranked AS (
SELECT
*,
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DATE_FORMAT(DATE_ADD(DATE_FORMAT(p.data_update_time, '%Y-%m-%d %H:00:00'), INTERVAL CEIL(MINUTE(p.data_update_time) / 5) * 5 MINUTE)
, '%Y-%m-%d %H:%i:%s') AS statisDate,
ROW_NUMBER() OVER (PARTITION BY p.device_id, date_format(p.data_update_time, '%Y-%m-%d %H:00:00'), CEIL(MINUTE(p.data_update_time) / 5) ORDER BY p.data_update_time DESC) as rn
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FROM
ems_ammeter_data p
<include refid= "commonFilter" />
)
SELECT
t.site_id,
t.statisDate,
<include refid= "powerFilter" />
FROM
ranked as t
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where t.rn = 1
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GROUP BY t.site_id, t.statisDate
</select>
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</mapper>
