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_reverse_reac_demand from ems_ammeter_data and data_update_time = #{dataUpdateTime} and current_comb_active_total = #{currentCombActiveTotal} and current_comb_active_peak = #{currentCombActivePeak} and current_comb_active_high = #{currentCombActiveHigh} and current_comb_active_flat = #{currentCombActiveFlat} and current_comb_active_valley = #{currentCombActiveValley} and current_forward_active_total = #{currentForwardActiveTotal} and current_forward_active_peak = #{currentForwardActivePeak} and current_forward_active_high = #{currentForwardActiveHigh} and current_forward_active_flat = #{currentForwardActiveFlat} and current_forward_active_valley = #{currentForwardActiveValley} and current_reverse_active_total = #{currentReverseActiveTotal} and current_reverse_active_peak = #{currentReverseActivePeak} and current_reverse_active_high = #{currentReverseActiveHigh} and current_reverse_active_flat = #{currentReverseActiveFlat} and current_reverse_active_valley = #{currentReverseActiveValley} and current_comb_reactive_total = #{currentCombReactiveTotal} and current_comb_reactive_peak = #{currentCombReactivePeak} and current_comb_reactive_high = #{currentCombReactiveHigh} and current_comb_reactive_flat = #{currentCombReactiveFlat} and current_comb_reactive_valley = #{currentCombReactiveValley} and current_forward_reactive_total = #{currentForwardReactiveTotal} and current_forward_reactive_peak = #{currentForwardReactivePeak} and current_forward_reactive_high = #{currentForwardReactiveHigh} and current_forward_reactive_flat = #{currentForwardReactiveFlat} and current_forward_reactive_valley = #{currentForwardReactiveValley} and current_reverse_reactive_total = #{currentReverseReactiveTotal} and current_reverse_reactive_peak = #{currentReverseReactivePeak} and current_reverse_reactive_high = #{currentReverseReactiveHigh} and current_reverse_reactive_flat = #{currentReverseReactiveFlat} and current_reverse_reactive_valley = #{currentReverseReactiveValley} and phase_a_voltage = #{phaseAVoltage} and phase_b_voltage = #{phaseBVoltage} and phase_c_voltage = #{phaseCVoltage} and phase_a_current = #{phaseACurrent} and phase_b_current = #{phaseBCurrent} and phase_c_current = #{phaseCCurrent} and frequency = #{frequency} and ab_line_voltage = #{abLineVoltage} and cb_line_voltage = #{cbLineVoltage} and ac_line_voltage = #{acLineVoltage} and forward_ac_max_demand = #{forwardAcMaxDemand} and reverse_ac_max_demand = #{reverseAcMaxDemand} and phase_a_active_power = #{phaseAActivePower} and phase_b_active_power = #{phaseBActivePower} and phase_c_active_power = #{phaseCActivePower} and total_active_power = #{totalActivePower} and phase_a_reactive_power = #{phaseAReactivePower} and phase_b_reactive_power = #{phaseBReactivePower} and phase_c_reactive_power = #{phaseCReactivePower} and total_reactive_power = #{totalReactivePower} and phase_a_apparent_power = #{phaseAApparentPower} and phase_b_apparent_power = #{phaseBApparentPower} and phase_c_apparent_power = #{phaseCApparentPower} and total_apparent_power = #{totalApparentPower} and phase_a_power_factor = #{phaseAPowerFactor} and phase_b_power_factor = #{phaseBPowerFactor} and phase_c_power_factor = #{phaseCPowerFactor} and total_power_factor = #{totalPowerFactor} and daily_forward_max_demand = #{dailyForwardMaxDemand} and site_id = #{siteId} and device_id = #{deviceId} and secondary_ab_line_voltage = #{secondaryAbLineVoltage} and secondary_a_phase_current = #{secondaryAPhaseCurrent} and secondary_a_phase_voltage = #{secondaryAPhaseVoltage} and secondary_a_power_factor = #{secondaryAPowerFactor} and secondary_a_apparent_power = #{secondaryAApparentPower} and secondary_a_reactive_power = #{secondaryAReactivePower} and secondary_a_active_power = #{secondaryAActivePower} and secondary_bc_line_voltage = #{secondaryBcLineVoltage} and secondary_b_phase_current = #{secondaryBPhaseCurrent} and secondary_b_phase_voltage = #{secondaryBPhaseVoltage} and secondary_b_power_factor = #{secondaryBPowerFactor} and secondary_b_apparent_power = #{secondaryBApparentPower} and secondary_b_reactive_power = #{secondaryBReactivePower} and secondary_b_active_power = #{secondaryBActivePower} and secondary_ca_line_voltage = #{secondaryCaLineVoltage} and secondary_c_phase_current = #{secondaryCPhaseCurrent} and secondary_c_phase_voltage = #{secondaryCPhaseVoltage} and secondary_c_power_factor = #{secondaryCPowerFactor} and secondary_c_apparent_power = #{secondaryCApparentPower} and secondary_c_reactive_power = #{secondaryCReactivePower} and secondary_c_active_power = #{secondaryCActivePower} and secondary_grid_frequency = #{secondaryGridFrequency} and secondary_reverse_reactive_energy = #{secondaryReverseReactiveEnergy} and secondary_negative_active_energy = #{secondaryNegativeActiveEnergy} and secondary_total_power_factor = #{secondaryTotalPowerFactor} and secondary_total_apparent_power = #{secondaryTotalApparentPower} and secondary_total_reactive_power = #{secondaryTotalReactivePower} and secondary_positive_reactive_energy = #{secondaryPositiveReactiveEnergy} and secondary_positive_active_energy = #{secondaryPositiveActiveEnergy} and secondary_total_active_power = #{secondaryTotalActivePower} and reverse_reactive_energy_eq_minus = #{reverseReactiveEnergyEqMinus} and reverse_active_energy_ep_minus = #{reverseActiveEnergyEpMinus} and positive_reactive_energy_eq_plus = #{positiveReactiveEnergyEqPlus} and positive_active_energy_ep_plus = #{positiveActiveEnergyEpPlus} and current_percent = #{currentPercent} and voltage_percent = #{voltagePercent} and avg_current = #{avgCurrent} and total_forward_active_two = #{totalForwardActiveTwo} and total_peak_forward_active = #{totalPeakForwardActive} and total_high_forward_active = #{totalHighForwardActive} and total_flat_forward_active = #{totalFlatForwardActive} and total_valley_forward_active = #{totalValleyForwardActive} and total_reverse_active_two = #{totalReverseActiveTwo} and total_peak_reverse_active = #{totalPeakReverseActive} and total_high_reverse_active = #{totalHighReverseActive} and total_flat_reverse_active = #{totalFlatReverseActive} and total_valley_reverse_active = #{totalValleyReverseActive} and disconnect_detection_indication = #{disconnectDetectionIndication} and rated_primary_current_value = #{ratedPrimaryCurrentValue} and switch_input_output_status = #{switchInputOutputStatus} and alarm_status = #{alarmStatus} and current_total_voltage_percent = #{currentTotalVoltagePercent} and voltage_content_percent = #{voltageContentPercent} and voltage_ac_percent = #{voltageAcPercent} and current_total_current_percent = #{currentTotalCurrentPercent} and current_content_percent = #{currentContentPercent} and current_ac_percent = #{currentAcPercent} and current_total_power_percent = #{currentTotalPowerPercent} and power_content_percent = #{powerContentPercent} and power_ac_percent = #{powerAcPercent} and data_setting_year_month = #{dataSettingYearMonth} and data_setting_day_hour = #{dataSettingDayHour} and data_setting_minutes_seconds = #{dataSettingMinutesSeconds} and current_rate = #{currentRate} and version_number = #{versionNumber} and voltage = #{voltage} and current = #{current} and power = #{power} and internal_temp = #{internalTemp} and total_forward_active_one = #{totalForwardActiveOne} and total_reverse_active_one = #{totalReverseActiveOne} and forward_reactive_max_demand = #{forwardReactiveMaxDemand} and reverse_reactive_max_demand = #{reverseReactiveMaxDemand} and a_forward_active_energy = #{aForwardActiveEnergy} and b_forward_active_energy = #{bForwardActiveEnergy} and c_forward_active_energy = #{cForwardActiveEnergy} and dido_status = #{didoStatus} and running_status = #{runningStatus} and zero_seq_current = #{zeroSeqCurrent} and voltage_unbalance_degree = #{voltageUnbalanceDegree} and current_unbalance_degree = #{currentUnbalanceDegree} and daily_reverse_ac_max_demand = #{dailyReverseAcMaxDemand} and daily_forward_reac_max_demand = #{dailyForwardReacMaxDemand} and daily_reverse_reac_max_demand = #{dailyReverseReacMaxDemand} and pre_day_forward_ac_max_demand = #{preDayForwardAcMaxDemand} and pre_day_reverse_ac_max_demand = #{preDayReverseAcMaxDemand} and pre_day_forward_reac_max_demand = #{preDayForwardReacMaxDemand} and pre_day_reverse_reac_max_demand = #{preDayReverseReacMaxDemand} and pre_2d_forward_ac_max_demand = #{pre2dForwardAcMaxDemand} and pre_2d_reverse_ac_max_demand = #{pre2dReverseAcMaxDemand} and pre_2d_forward_reac_max_demand = #{pre2dForwardReacMaxDemand} and pre_2d_reverse_reac_max_demand = #{pre2dReverseReacMaxDemand} and current_forward_ac_demand = #{currentForwardAcDemand} and current_reverse_ac_demand = #{currentReverseAcDemand} and current_forward_reac_demand = #{currentForwardReacDemand} and current_reverse_reac_demand = #{currentReverseReacDemand} where id = #{id} insert into ems_ammeter_data 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_reverse_reac_demand, #{dataUpdateTime}, #{currentCombActiveTotal}, #{currentCombActivePeak}, #{currentCombActiveHigh}, #{currentCombActiveFlat}, #{currentCombActiveValley}, #{currentForwardActiveTotal}, #{currentForwardActivePeak}, #{currentForwardActiveHigh}, #{currentForwardActiveFlat}, #{currentForwardActiveValley}, #{currentReverseActiveTotal}, #{currentReverseActivePeak}, #{currentReverseActiveHigh}, #{currentReverseActiveFlat}, #{currentReverseActiveValley}, #{currentCombReactiveTotal}, #{currentCombReactivePeak}, #{currentCombReactiveHigh}, #{currentCombReactiveFlat}, #{currentCombReactiveValley}, #{currentForwardReactiveTotal}, #{currentForwardReactivePeak}, #{currentForwardReactiveHigh}, #{currentForwardReactiveFlat}, #{currentForwardReactiveValley}, #{currentReverseReactiveTotal}, #{currentReverseReactivePeak}, #{currentReverseReactiveHigh}, #{currentReverseReactiveFlat}, #{currentReverseReactiveValley}, #{phaseAVoltage}, #{phaseBVoltage}, #{phaseCVoltage}, #{phaseACurrent}, #{phaseBCurrent}, #{phaseCCurrent}, #{frequency}, #{abLineVoltage}, #{cbLineVoltage}, #{acLineVoltage}, #{forwardAcMaxDemand}, #{reverseAcMaxDemand}, #{phaseAActivePower}, #{phaseBActivePower}, #{phaseCActivePower}, #{totalActivePower}, #{phaseAReactivePower}, #{phaseBReactivePower}, #{phaseCReactivePower}, #{totalReactivePower}, #{phaseAApparentPower}, #{phaseBApparentPower}, #{phaseCApparentPower}, #{totalApparentPower}, #{phaseAPowerFactor}, #{phaseBPowerFactor}, #{phaseCPowerFactor}, #{totalPowerFactor}, #{dailyForwardMaxDemand}, #{siteId}, #{deviceId}, #{createBy}, #{createTime}, #{updateBy}, #{updateTime}, #{remark}, #{secondaryAbLineVoltage}, #{secondaryAPhaseCurrent}, #{secondaryAPhaseVoltage}, #{secondaryAPowerFactor}, #{secondaryAApparentPower}, #{secondaryAReactivePower}, #{secondaryAActivePower}, #{secondaryBcLineVoltage}, #{secondaryBPhaseCurrent}, #{secondaryBPhaseVoltage}, #{secondaryBPowerFactor}, #{secondaryBApparentPower}, #{secondaryBReactivePower}, #{secondaryBActivePower}, #{secondaryCaLineVoltage}, #{secondaryCPhaseCurrent}, #{secondaryCPhaseVoltage}, #{secondaryCPowerFactor}, #{secondaryCApparentPower}, #{secondaryCReactivePower}, #{secondaryCActivePower}, #{secondaryGridFrequency}, #{secondaryReverseReactiveEnergy}, #{secondaryNegativeActiveEnergy}, #{secondaryTotalPowerFactor}, #{secondaryTotalApparentPower}, #{secondaryTotalReactivePower}, #{secondaryPositiveReactiveEnergy}, #{secondaryPositiveActiveEnergy}, #{secondaryTotalActivePower}, #{reverseReactiveEnergyEqMinus}, #{reverseActiveEnergyEpMinus}, #{positiveReactiveEnergyEqPlus}, #{positiveActiveEnergyEpPlus}, #{currentPercent}, #{voltagePercent}, #{avgCurrent}, #{totalForwardActiveTwo}, #{totalPeakForwardActive}, #{totalHighForwardActive}, #{totalFlatForwardActive}, #{totalValleyForwardActive}, #{totalReverseActiveTwo}, #{totalPeakReverseActive}, #{totalHighReverseActive}, #{totalFlatReverseActive}, #{totalValleyReverseActive}, #{disconnectDetectionIndication}, #{ratedPrimaryCurrentValue}, #{switchInputOutputStatus}, #{alarmStatus}, #{currentTotalVoltagePercent}, #{voltageContentPercent}, #{voltageAcPercent}, #{currentTotalCurrentPercent}, #{currentContentPercent}, #{currentAcPercent}, #{currentTotalPowerPercent}, #{powerContentPercent}, #{powerAcPercent}, #{dataSettingYearMonth}, #{dataSettingDayHour}, #{dataSettingMinutesSeconds}, #{currentRate}, #{versionNumber}, #{voltage}, #{current}, #{power}, #{internalTemp}, #{totalForwardActiveOne}, #{totalReverseActiveOne}, #{forwardReactiveMaxDemand}, #{reverseReactiveMaxDemand}, #{aForwardActiveEnergy}, #{bForwardActiveEnergy}, #{cForwardActiveEnergy}, #{didoStatus}, #{runningStatus}, #{zeroSeqCurrent}, #{voltageUnbalanceDegree}, #{currentUnbalanceDegree}, #{dailyReverseAcMaxDemand}, #{dailyForwardReacMaxDemand}, #{dailyReverseReacMaxDemand}, #{preDayForwardAcMaxDemand}, #{preDayReverseAcMaxDemand}, #{preDayForwardReacMaxDemand}, #{preDayReverseReacMaxDemand}, #{pre2dForwardAcMaxDemand}, #{pre2dReverseAcMaxDemand}, #{pre2dForwardReacMaxDemand}, #{pre2dReverseReacMaxDemand}, #{currentForwardAcDemand}, #{currentReverseAcDemand}, #{currentForwardReacDemand}, #{currentReverseReacDemand}, update ems_ammeter_data data_update_time = #{dataUpdateTime}, current_comb_active_total = #{currentCombActiveTotal}, current_comb_active_peak = #{currentCombActivePeak}, current_comb_active_high = #{currentCombActiveHigh}, current_comb_active_flat = #{currentCombActiveFlat}, current_comb_active_valley = #{currentCombActiveValley}, current_forward_active_total = #{currentForwardActiveTotal}, current_forward_active_peak = #{currentForwardActivePeak}, current_forward_active_high = #{currentForwardActiveHigh}, current_forward_active_flat = #{currentForwardActiveFlat}, current_forward_active_valley = #{currentForwardActiveValley}, current_reverse_active_total = #{currentReverseActiveTotal}, current_reverse_active_peak = #{currentReverseActivePeak}, current_reverse_active_high = #{currentReverseActiveHigh}, current_reverse_active_flat = #{currentReverseActiveFlat}, current_reverse_active_valley = #{currentReverseActiveValley}, current_comb_reactive_total = #{currentCombReactiveTotal}, current_comb_reactive_peak = #{currentCombReactivePeak}, current_comb_reactive_high = #{currentCombReactiveHigh}, current_comb_reactive_flat = #{currentCombReactiveFlat}, current_comb_reactive_valley = #{currentCombReactiveValley}, current_forward_reactive_total = #{currentForwardReactiveTotal}, current_forward_reactive_peak = #{currentForwardReactivePeak}, current_forward_reactive_high = #{currentForwardReactiveHigh}, current_forward_reactive_flat = #{currentForwardReactiveFlat}, current_forward_reactive_valley = #{currentForwardReactiveValley}, current_reverse_reactive_total = #{currentReverseReactiveTotal}, current_reverse_reactive_peak = #{currentReverseReactivePeak}, current_reverse_reactive_high = #{currentReverseReactiveHigh}, current_reverse_reactive_flat = #{currentReverseReactiveFlat}, current_reverse_reactive_valley = #{currentReverseReactiveValley}, phase_a_voltage = #{phaseAVoltage}, phase_b_voltage = #{phaseBVoltage}, phase_c_voltage = #{phaseCVoltage}, phase_a_current = #{phaseACurrent}, phase_b_current = #{phaseBCurrent}, phase_c_current = #{phaseCCurrent}, frequency = #{frequency}, ab_line_voltage = #{abLineVoltage}, cb_line_voltage = #{cbLineVoltage}, ac_line_voltage = #{acLineVoltage}, forward_ac_max_demand = #{forwardAcMaxDemand}, reverse_ac_max_demand = #{reverseAcMaxDemand}, phase_a_active_power = #{phaseAActivePower}, phase_b_active_power = #{phaseBActivePower}, phase_c_active_power = #{phaseCActivePower}, total_active_power = #{totalActivePower}, phase_a_reactive_power = #{phaseAReactivePower}, phase_b_reactive_power = #{phaseBReactivePower}, phase_c_reactive_power = #{phaseCReactivePower}, total_reactive_power = #{totalReactivePower}, phase_a_apparent_power = #{phaseAApparentPower}, phase_b_apparent_power = #{phaseBApparentPower}, phase_c_apparent_power = #{phaseCApparentPower}, total_apparent_power = #{totalApparentPower}, phase_a_power_factor = #{phaseAPowerFactor}, phase_b_power_factor = #{phaseBPowerFactor}, phase_c_power_factor = #{phaseCPowerFactor}, total_power_factor = #{totalPowerFactor}, daily_forward_max_demand = #{dailyForwardMaxDemand}, site_id = #{siteId}, device_id = #{deviceId}, create_by = #{createBy}, create_time = #{createTime}, update_by = #{updateBy}, update_time = #{updateTime}, remark = #{remark}, secondary_ab_line_voltage = #{secondaryAbLineVoltage}, secondary_a_phase_current = #{secondaryAPhaseCurrent}, secondary_a_phase_voltage = #{secondaryAPhaseVoltage}, secondary_a_power_factor = #{secondaryAPowerFactor}, secondary_a_apparent_power = #{secondaryAApparentPower}, secondary_a_reactive_power = #{secondaryAReactivePower}, secondary_a_active_power = #{secondaryAActivePower}, secondary_bc_line_voltage = #{secondaryBcLineVoltage}, secondary_b_phase_current = #{secondaryBPhaseCurrent}, secondary_b_phase_voltage = #{secondaryBPhaseVoltage}, secondary_b_power_factor = #{secondaryBPowerFactor}, secondary_b_apparent_power = #{secondaryBApparentPower}, secondary_b_reactive_power = #{secondaryBReactivePower}, secondary_b_active_power = #{secondaryBActivePower}, secondary_ca_line_voltage = #{secondaryCaLineVoltage}, secondary_c_phase_current = #{secondaryCPhaseCurrent}, secondary_c_phase_voltage = #{secondaryCPhaseVoltage}, secondary_c_power_factor = #{secondaryCPowerFactor}, secondary_c_apparent_power = #{secondaryCApparentPower}, secondary_c_reactive_power = #{secondaryCReactivePower}, secondary_c_active_power = #{secondaryCActivePower}, secondary_grid_frequency = #{secondaryGridFrequency}, secondary_reverse_reactive_energy = #{secondaryReverseReactiveEnergy}, secondary_negative_active_energy = #{secondaryNegativeActiveEnergy}, secondary_total_power_factor = #{secondaryTotalPowerFactor}, secondary_total_apparent_power = #{secondaryTotalApparentPower}, secondary_total_reactive_power = #{secondaryTotalReactivePower}, secondary_positive_reactive_energy = #{secondaryPositiveReactiveEnergy}, secondary_positive_active_energy = #{secondaryPositiveActiveEnergy}, secondary_total_active_power = #{secondaryTotalActivePower}, reverse_reactive_energy_eq_minus = #{reverseReactiveEnergyEqMinus}, reverse_active_energy_ep_minus = #{reverseActiveEnergyEpMinus}, positive_reactive_energy_eq_plus = #{positiveReactiveEnergyEqPlus}, positive_active_energy_ep_plus = #{positiveActiveEnergyEpPlus}, current_percent = #{currentPercent}, voltage_percent = #{voltagePercent}, avg_current = #{avgCurrent}, total_forward_active_two = #{totalForwardActiveTwo}, total_peak_forward_active = #{totalPeakForwardActive}, total_high_forward_active = #{totalHighForwardActive}, total_flat_forward_active = #{totalFlatForwardActive}, total_valley_forward_active = #{totalValleyForwardActive}, total_reverse_active_two = #{totalReverseActiveTwo}, total_peak_reverse_active = #{totalPeakReverseActive}, total_high_reverse_active = #{totalHighReverseActive}, total_flat_reverse_active = #{totalFlatReverseActive}, total_valley_reverse_active = #{totalValleyReverseActive}, disconnect_detection_indication = #{disconnectDetectionIndication}, rated_primary_current_value = #{ratedPrimaryCurrentValue}, switch_input_output_status = #{switchInputOutputStatus}, alarm_status = #{alarmStatus}, current_total_voltage_percent = #{currentTotalVoltagePercent}, voltage_content_percent = #{voltageContentPercent}, voltage_ac_percent = #{voltageAcPercent}, current_total_current_percent = #{currentTotalCurrentPercent}, current_content_percent = #{currentContentPercent}, current_ac_percent = #{currentAcPercent}, current_total_power_percent = #{currentTotalPowerPercent}, power_content_percent = #{powerContentPercent}, power_ac_percent = #{powerAcPercent}, data_setting_year_month = #{dataSettingYearMonth}, data_setting_day_hour = #{dataSettingDayHour}, data_setting_minutes_seconds = #{dataSettingMinutesSeconds}, current_rate = #{currentRate}, version_number = #{versionNumber}, voltage = #{voltage}, current = #{current}, power = #{power}, internal_temp = #{internalTemp}, total_forward_active_one = #{totalForwardActiveOne}, total_reverse_active_one = #{totalReverseActiveOne}, forward_reactive_max_demand = #{forwardReactiveMaxDemand}, reverse_reactive_max_demand = #{reverseReactiveMaxDemand}, a_forward_active_energy = #{aForwardActiveEnergy}, b_forward_active_energy = #{bForwardActiveEnergy}, c_forward_active_energy = #{cForwardActiveEnergy}, dido_status = #{didoStatus}, running_status = #{runningStatus}, zero_seq_current = #{zeroSeqCurrent}, voltage_unbalance_degree = #{voltageUnbalanceDegree}, current_unbalance_degree = #{currentUnbalanceDegree}, daily_reverse_ac_max_demand = #{dailyReverseAcMaxDemand}, daily_forward_reac_max_demand = #{dailyForwardReacMaxDemand}, daily_reverse_reac_max_demand = #{dailyReverseReacMaxDemand}, pre_day_forward_ac_max_demand = #{preDayForwardAcMaxDemand}, pre_day_reverse_ac_max_demand = #{preDayReverseAcMaxDemand}, pre_day_forward_reac_max_demand = #{preDayForwardReacMaxDemand}, pre_day_reverse_reac_max_demand = #{preDayReverseReacMaxDemand}, pre_2d_forward_ac_max_demand = #{pre2dForwardAcMaxDemand}, pre_2d_reverse_ac_max_demand = #{pre2dReverseAcMaxDemand}, pre_2d_forward_reac_max_demand = #{pre2dForwardReacMaxDemand}, pre_2d_reverse_reac_max_demand = #{pre2dReverseReacMaxDemand}, current_forward_ac_demand = #{currentForwardAcDemand}, current_reverse_ac_demand = #{currentReverseAcDemand}, current_forward_reac_demand = #{currentForwardReacDemand}, current_reverse_reac_demand = #{currentReverseReacDemand}, where id = #{id} delete from ems_ammeter_data where id = #{id} delete from ems_ammeter_data where id in #{id} 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 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} and device_id = #{deviceId} AND data_update_time <= #{yestData} ORDER BY data_update_time DESC LIMIT 1 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 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 (#{item.siteId}, #{item.dataTime}) AND ((site_id = '021_DDS_01' AND device_id = 'METE') OR (site_id = '021_FXX_01' AND device_id = 'LOAD')) 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 ) AS rn FROM ems_ammeter_data WHERE site_id = #{siteId} AND device_id = #{deviceId} AND DATE(data_update_time) = #{startDate} ) AS hourly_data WHERE rn = 1 ORDER BY ammeterDate 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 MAX(CASE WHEN t.device_id = 'METE' THEN t.total_active_power END) AS storagePower, MAX(CASE WHEN t.device_id = 'LOAD' THEN t.total_active_power END) AS gridPower, MAX(CASE WHEN t.device_id = 'METEGF' THEN t.total_active_power END) AS pvPower WHERE p.device_id in ('METE','LOAD','METEGF') and p.site_id = #{siteId} AND p.data_update_time >= #{startDate} AND p.data_update_time < #{endDate} select latest.dateHour as statisDate, 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 FROM ems_ammeter_data p 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 latest.dateDay as statisDate, 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 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 latest.dateMonth as statisDate, 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 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 latest.dateMin as statisDate, 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 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 t.site_id, t.device_id, t.data_update_time, t.total_active_power, 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 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' AND data_update_time > #{startTime} AND data_update_time <= #{endTime} AND site_id = #{siteId} GROUP BY DATE_FORMAT(data_update_time, '%Y-%m-%d %H:00:00') ORDER BY dataTime ) temp 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' AND data_update_time > #{startTime} AND data_update_time <= #{endTime} AND site_id = #{siteId} GROUP BY DATE(data_update_time) ORDER BY dataTime ) temp WITH ranked AS ( SELECT *, 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 FROM ems_ammeter_data p ) SELECT t.site_id, t.statisDate, FROM ranked as t where t.rn = 1 GROUP BY t.site_id, t.statisDate