select id, work_status, pcs_communication_status, ems_communication_status, operation_status, stack_voltage, stack_current, stack_soc, stack_soh, max_cell_voltage, max_voltage_group_id, max_voltage_cell_id, min_cell_voltage, min_voltage_group_id, min_voltage_cell_id, max_cell_temp, max_temp_group_id, max_temp_cell_id, min_cell_temp, min_temp_group_id, min_temp_cell_id, total_charge_capacity, total_discharge_capacity, session_charge_capacity, session_discharge_capacity, available_charge_capacity, available_discharge_capacity, remaining_discharge_time, remaining_charge_time, max_discharge_power, max_charge_power, max_discharge_current, max_charge_current, daily_discharge_cycles, daily_charge_cycles, daily_discharge_capacity, daily_charge_capacity, operating_temp, bms_status, bms_charge_status, stack_insulation_resistance, site_id, device_id, create_time, create_by, update_time, update_by, battery_number, battery_avg_voltage, battery_different_pressure, avg_temperature, battery_different_temperature, max_internal_resistance, min_internal_resistance, avg_internal_resistance, battery_defferent_resistance, max_resistance_cell_id, min_resistance_cell_id, environment_temperature, environment_humidity, circuit_breaker_status from ems_battery_stack and work_status = #{workStatus} and pcs_communication_status = #{pcsCommunicationStatus} and ems_communication_status = #{emsCommunicationStatus} and operation_status = #{operationStatus} and stack_voltage = #{stackVoltage} and stack_current = #{stackCurrent} and stack_soc = #{stackSoc} and stack_soh = #{stackSoh} and max_cell_voltage = #{maxCellVoltage} and max_voltage_group_id = #{maxVoltageGroupId} and max_voltage_cell_id = #{maxVoltageCellId} and min_cell_voltage = #{minCellVoltage} and min_voltage_group_id = #{minVoltageGroupId} and min_voltage_cell_id = #{minVoltageCellId} and max_cell_temp = #{maxCellTemp} and max_temp_group_id = #{maxTempGroupId} and max_temp_cell_id = #{maxTempCellId} and min_cell_temp = #{minCellTemp} and min_temp_group_id = #{minTempGroupId} and min_temp_cell_id = #{minTempCellId} and total_charge_capacity = #{totalChargeCapacity} and total_discharge_capacity = #{totalDischargeCapacity} and session_charge_capacity = #{sessionChargeCapacity} and session_discharge_capacity = #{sessionDischargeCapacity} and available_charge_capacity = #{availableChargeCapacity} and available_discharge_capacity = #{availableDischargeCapacity} and remaining_discharge_time = #{remainingDischargeTime} and remaining_charge_time = #{remainingChargeTime} and max_discharge_power = #{maxDischargePower} and max_charge_power = #{maxChargePower} and max_discharge_current = #{maxDischargeCurrent} and max_charge_current = #{maxChargeCurrent} and daily_discharge_cycles = #{dailyDischargeCycles} and daily_charge_cycles = #{dailyChargeCycles} and daily_discharge_capacity = #{dailyDischargeCapacity} and daily_charge_capacity = #{dailyChargeCapacity} and operating_temp = #{operatingTemp} and bms_status = #{bmsStatus} and bms_charge_status = #{bmsChargeStatus} and stack_insulation_resistance = #{stackInsulationResistance} and site_id = #{siteId} and device_id = #{deviceId} and battery_number = #{batteryNumber} and battery_avg_voltage = #{batteryAvgVoltage} and battery_different_pressure = #{batteryDifferentPressure} and avg_temperature = #{avgTemperature} and battery_different_temperature = #{batteryDifferentTemperature} and max_internal_resistance = #{maxInternalResistance} and min_internal_resistance = #{minInternalResistance} and avg_internal_resistance = #{avgInternalResistance} and battery_defferent_resistance = #{batteryDefferentResistance} and max_resistance_cell_id = #{maxResistanceCellId} and min_resistance_cell_id = #{minResistanceCellId} and environment_temperature = #{environmentTemperature} and environment_humidity = #{environmentHumidity} and circuit_breaker_status = #{circuitBreakerStatus} where id = #{id} insert into ems_battery_stack work_status, pcs_communication_status, ems_communication_status, operation_status, stack_voltage, stack_current, stack_soc, stack_soh, max_cell_voltage, max_voltage_group_id, max_voltage_cell_id, min_cell_voltage, min_voltage_group_id, min_voltage_cell_id, max_cell_temp, max_temp_group_id, max_temp_cell_id, min_cell_temp, min_temp_group_id, min_temp_cell_id, total_charge_capacity, total_discharge_capacity, session_charge_capacity, session_discharge_capacity, available_charge_capacity, available_discharge_capacity, remaining_discharge_time, remaining_charge_time, max_discharge_power, max_charge_power, max_discharge_current, max_charge_current, daily_discharge_cycles, daily_charge_cycles, daily_discharge_capacity, daily_charge_capacity, operating_temp, bms_status, bms_charge_status, stack_insulation_resistance, site_id, device_id, create_time, create_by, update_time, update_by, battery_number, battery_avg_voltage, battery_different_pressure, avg_temperature, battery_different_temperature, max_internal_resistance, min_internal_resistance, avg_internal_resistance, battery_defferent_resistance, max_resistance_cell_id, min_resistance_cell_id, environment_temperature, environment_humidity, circuit_breaker_status, #{workStatus}, #{pcsCommunicationStatus}, #{emsCommunicationStatus}, #{operationStatus}, #{stackVoltage}, #{stackCurrent}, #{stackSoc}, #{stackSoh}, #{maxCellVoltage}, #{maxVoltageGroupId}, #{maxVoltageCellId}, #{minCellVoltage}, #{minVoltageGroupId}, #{minVoltageCellId}, #{maxCellTemp}, #{maxTempGroupId}, #{maxTempCellId}, #{minCellTemp}, #{minTempGroupId}, #{minTempCellId}, #{totalChargeCapacity}, #{totalDischargeCapacity}, #{sessionChargeCapacity}, #{sessionDischargeCapacity}, #{availableChargeCapacity}, #{availableDischargeCapacity}, #{remainingDischargeTime}, #{remainingChargeTime}, #{maxDischargePower}, #{maxChargePower}, #{maxDischargeCurrent}, #{maxChargeCurrent}, #{dailyDischargeCycles}, #{dailyChargeCycles}, #{dailyDischargeCapacity}, #{dailyChargeCapacity}, #{operatingTemp}, #{bmsStatus}, #{bmsChargeStatus}, #{stackInsulationResistance}, #{siteId}, #{deviceId}, #{createTime}, #{createBy}, #{updateTime}, #{updateBy}, #{batteryNumber}, #{batteryAvgVoltage}, #{batteryDifferentPressure}, #{avgTemperature}, #{batteryDifferentTemperature}, #{maxInternalResistance}, #{minInternalResistance}, #{avgInternalResistance}, #{batteryDefferentResistance}, #{maxResistanceCellId}, #{minResistanceCellId}, #{environmentTemperature}, #{environmentHumidity}, #{circuitBreakerStatus}, update ems_battery_stack work_status = #{workStatus}, pcs_communication_status = #{pcsCommunicationStatus}, ems_communication_status = #{emsCommunicationStatus}, operation_status = #{operationStatus}, stack_voltage = #{stackVoltage}, stack_current = #{stackCurrent}, stack_soc = #{stackSoc}, stack_soh = #{stackSoh}, max_cell_voltage = #{maxCellVoltage}, max_voltage_group_id = #{maxVoltageGroupId}, max_voltage_cell_id = #{maxVoltageCellId}, min_cell_voltage = #{minCellVoltage}, min_voltage_group_id = #{minVoltageGroupId}, min_voltage_cell_id = #{minVoltageCellId}, max_cell_temp = #{maxCellTemp}, max_temp_group_id = #{maxTempGroupId}, max_temp_cell_id = #{maxTempCellId}, min_cell_temp = #{minCellTemp}, min_temp_group_id = #{minTempGroupId}, min_temp_cell_id = #{minTempCellId}, total_charge_capacity = #{totalChargeCapacity}, total_discharge_capacity = #{totalDischargeCapacity}, session_charge_capacity = #{sessionChargeCapacity}, session_discharge_capacity = #{sessionDischargeCapacity}, available_charge_capacity = #{availableChargeCapacity}, available_discharge_capacity = #{availableDischargeCapacity}, remaining_discharge_time = #{remainingDischargeTime}, remaining_charge_time = #{remainingChargeTime}, max_discharge_power = #{maxDischargePower}, max_charge_power = #{maxChargePower}, max_discharge_current = #{maxDischargeCurrent}, max_charge_current = #{maxChargeCurrent}, daily_discharge_cycles = #{dailyDischargeCycles}, daily_charge_cycles = #{dailyChargeCycles}, daily_discharge_capacity = #{dailyDischargeCapacity}, daily_charge_capacity = #{dailyChargeCapacity}, operating_temp = #{operatingTemp}, bms_status = #{bmsStatus}, bms_charge_status = #{bmsChargeStatus}, stack_insulation_resistance = #{stackInsulationResistance}, site_id = #{siteId}, device_id = #{deviceId}, create_time = #{createTime}, create_by = #{createBy}, update_time = #{updateTime}, update_by = #{updateBy}, battery_number = #{batteryNumber}, battery_avg_voltage = #{batteryAvgVoltage}, battery_different_pressure = #{batteryDifferentPressure}, avg_temperature = #{avgTemperature}, battery_different_temperature = #{batteryDifferentTemperature}, max_internal_resistance = #{maxInternalResistance}, min_internal_resistance = #{minInternalResistance}, avg_internal_resistance = #{avgInternalResistance}, battery_defferent_resistance = #{batteryDefferentResistance}, max_resistance_cell_id = #{maxResistanceCellId}, min_resistance_cell_id = #{minResistanceCellId}, environment_temperature = #{environmentTemperature}, environment_humidity = #{environmentHumidity}, circuit_breaker_status = #{circuitBreakerStatus}, where id = #{id} delete from ems_battery_stack where id = #{id} delete from ems_battery_stack where id in #{id} select t.site_id, avg(t.operating_temp) as temp, DATE_FORMAT(t.create_time, '%Y-%m-%d %H:%i:00') AS createDate from ems_battery_stack t where t.site_id = #{siteId} AND t.create_time >= Date(#{startDate}) AND t.create_time <= #{endDate} GROUP BY t.site_id,createDate order by createDate WHERE p.site_id = #{siteId} and p.device_id = #{deviceId} AND p.update_time >= #{startDate} AND p.update_time < #{endDate} t.operating_temp AS temp t.stack_voltage as voltage t.stack_current as current t.stack_soc as soc 0 AS temp select latest.dateHour as statisDate, from ( SELECT p.site_id, p.device_id,DATE_FORMAT(p.update_time, '%H')+1 AS dateHour,MAX(p.update_time) as max_update_time FROM ems_battery_stack p GROUP BY p.site_id,p.device_id,dateHour ) latest inner join ems_battery_stack t ON latest.site_id = t.site_id AND latest.device_id = t.device_id AND latest.max_update_time = t.update_time order by statisDate desc select latest.dateDay as statisDate, from ( SELECT p.site_id, p.device_id,DATE_FORMAT(p.update_time, '%Y-%m-%d') AS dateDay,MAX(p.update_time) as max_update_time FROM ems_battery_stack p GROUP BY p.site_id,p.device_id,dateDay ) latest inner join ems_battery_stack t ON latest.site_id = t.site_id AND latest.device_id = t.device_id AND latest.max_update_time = t.update_time order by statisDate desc select latest.dateMonth as statisDate, from ( SELECT p.site_id, p.device_id,DATE_FORMAT(p.update_time, '%Y-%m') AS dateMonth,MAX(p.update_time) as max_update_time FROM ems_battery_stack p GROUP BY p.site_id,p.device_id,dateMonth ) latest inner join ems_battery_stack t ON latest.site_id = t.site_id AND latest.device_id = t.device_id AND latest.max_update_time = t.update_time order by statisDate desc select SUM(t.stack_soc) as stackSoc, sum(t.stack_soh) as stackSoh from ems_battery_stack t INNER JOIN ( select p.site_id,p.device_id,MAX(p.create_time) as max_time from ems_battery_stack p where p.site_id = #{siteId} group by p.site_id, p.device_id ) latest on t.site_id = latest.site_id and t.device_id = latest.device_id and t.create_time = latest.max_time where t.site_id = #{siteId}