select id, data_update_time, work_status, grid_status, device_status, control_mode, total_active_power, daily_ac_charge_energy, a_phase_voltage, a_phase_current, total_reactive_power, daily_ac_discharge_energy, b_phase_voltage, b_phase_current, total_apparent_power, pcs_module_temperature, c_phase_voltage, c_phase_current, total_power_factor, pcs_environment_temperature, ac_frequency, branch_status, discharge_status, dc_power, dc_voltage, dc_current, create_by, create_time, update_by, update_time, remark, site_id, device_id, date_month, date_day, total_ac_charge_energy, total_ac_discharge_energy, ac_charge_active_power, ac_capacitive_reactive_power, ac_discharge_active_power, ac_inductive_reactive_power, max_capacitive_power_capacity, max_inductive_power_capacity, max_charge_power_capacity, max_discharge_power_capacity, ac_switch_status, dc_switch_status, remote_control_status, sys_u_current, sys_v_current, sys_w_current, dw_frequency, u_temperature, v_temperature, w_temperature, module1_temp, module2_temp, module3_temp, module4_temp, cluster1_active_power, cluster2_active_power, cluster3_active_power, cluster4_active_power from ems_pcs_data and data_update_time = #{dataUpdateTime} and work_status = #{workStatus} and grid_status = #{gridStatus} and device_status = #{deviceStatus} and control_mode = #{controlMode} and total_active_power = #{totalActivePower} and daily_ac_charge_energy = #{dailyAcChargeEnergy} and a_phase_voltage = #{aPhaseVoltage} and a_phase_current = #{aPhaseCurrent} and total_reactive_power = #{totalReactivePower} and daily_ac_discharge_energy = #{dailyAcDischargeEnergy} and b_phase_voltage = #{bPhaseVoltage} and b_phase_current = #{bPhaseCurrent} and total_apparent_power = #{totalApparentPower} and pcs_module_temperature = #{pcsModuleTemperature} and c_phase_voltage = #{cPhaseVoltage} and c_phase_current = #{cPhaseCurrent} and total_power_factor = #{totalPowerFactor} and pcs_environment_temperature = #{pcsEnvironmentTemperature} and ac_frequency = #{acFrequency} and branch_status = #{branchStatus} and discharge_status = #{dischargeStatus} and dc_power = #{dcPower} and dc_voltage = #{dcVoltage} and dc_current = #{dcCurrent} and site_id = #{siteId} and device_id = #{deviceId} and date_month = #{dateMonth} and date_day = #{dateDay} and total_ac_charge_energy = #{totalAcChargeEnergy} and total_ac_discharge_energy = #{totalAcDischargeEnergy} and ac_charge_active_power = #{acChargeActivePower} and ac_capacitive_reactive_power = #{acCapacitiveReactivePower} and ac_discharge_active_power = #{acDischargeActivePower} and ac_inductive_reactive_power = #{acInductiveReactivePower} and max_capacitive_power_capacity = #{maxCapacitivePowerCapacity} and max_inductive_power_capacity = #{maxInductivePowerCapacity} and max_charge_power_capacity = #{maxChargePowerCapacity} and max_discharge_power_capacity = #{maxDischargePowerCapacity} and ac_switch_status = #{acSwitchStatus} and dc_switch_status = #{dcSwitchStatus} and remote_control_status = #{remoteControlStatus} and sys_u_current = #{sysUCurrent} and sys_v_current = #{sysVCurrent} and sys_w_current = #{sysWCurrent} and dw_frequency = #{dwFrequency} and u_temperature = #{uTemperature} and v_temperature = #{vTemperature} and w_temperature = #{wTemperature} and module1_temp = #{module1Temp} and module2_temp = #{module2Temp} and module3_temp = #{module3Temp} and module4_temp = #{module4Temp} and cluster1_active_power = #{cluster1ActivePower} and cluster2_active_power = #{cluster2ActivePower} and cluster3_active_power = #{cluster3ActivePower} and cluster4_active_power = #{cluster4ActivePower} where id = #{id} insert into ems_pcs_data data_update_time, work_status, grid_status, device_status, control_mode, total_active_power, daily_ac_charge_energy, a_phase_voltage, a_phase_current, total_reactive_power, daily_ac_discharge_energy, b_phase_voltage, b_phase_current, total_apparent_power, pcs_module_temperature, c_phase_voltage, c_phase_current, total_power_factor, pcs_environment_temperature, ac_frequency, branch_status, discharge_status, dc_power, dc_voltage, dc_current, create_by, create_time, update_by, update_time, remark, site_id, device_id, date_month, date_day, total_ac_charge_energy, total_ac_discharge_energy, ac_charge_active_power, ac_capacitive_reactive_power, ac_discharge_active_power, ac_inductive_reactive_power, max_capacitive_power_capacity, max_inductive_power_capacity, max_charge_power_capacity, max_discharge_power_capacity, ac_switch_status, dc_switch_status, remote_control_status, sys_u_current, sys_v_current, sys_w_current, dw_frequency, u_temperature, v_temperature, w_temperature, module1_temp, module2_temp, module3_temp, module4_temp, cluster1_active_power, cluster2_active_power, cluster3_active_power, cluster4_active_power, #{dataUpdateTime}, #{workStatus}, #{gridStatus}, #{deviceStatus}, #{controlMode}, #{totalActivePower}, #{dailyAcChargeEnergy}, #{aPhaseVoltage}, #{aPhaseCurrent}, #{totalReactivePower}, #{dailyAcDischargeEnergy}, #{bPhaseVoltage}, #{bPhaseCurrent}, #{totalApparentPower}, #{pcsModuleTemperature}, #{cPhaseVoltage}, #{cPhaseCurrent}, #{totalPowerFactor}, #{pcsEnvironmentTemperature}, #{acFrequency}, #{branchStatus}, #{dischargeStatus}, #{dcPower}, #{dcVoltage}, #{dcCurrent}, #{createBy}, #{createTime}, #{updateBy}, #{updateTime}, #{remark}, #{siteId}, #{deviceId}, #{dateMonth}, #{dateDay}, #{totalAcChargeEnergy}, #{totalAcDischargeEnergy}, #{acChargeActivePower}, #{acCapacitiveReactivePower}, #{acDischargeActivePower}, #{acInductiveReactivePower}, #{maxCapacitivePowerCapacity}, #{maxInductivePowerCapacity}, #{maxChargePowerCapacity}, #{maxDischargePowerCapacity}, #{acSwitchStatus}, #{dcSwitchStatus}, #{remoteControlStatus}, #{sysUCurrent}, #{sysVCurrent}, #{sysWCurrent}, #{dwFrequency}, #{uTemperature}, #{vTemperature}, #{wTemperature}, #{module1Temp}, #{module2Temp}, #{module3Temp}, #{module4Temp}, #{cluster1ActivePower}, #{cluster2ActivePower}, #{cluster3ActivePower}, #{cluster4ActivePower}, update ems_pcs_data data_update_time = #{dataUpdateTime}, work_status = #{workStatus}, grid_status = #{gridStatus}, device_status = #{deviceStatus}, control_mode = #{controlMode}, total_active_power = #{totalActivePower}, daily_ac_charge_energy = #{dailyAcChargeEnergy}, a_phase_voltage = #{aPhaseVoltage}, a_phase_current = #{aPhaseCurrent}, total_reactive_power = #{totalReactivePower}, daily_ac_discharge_energy = #{dailyAcDischargeEnergy}, b_phase_voltage = #{bPhaseVoltage}, b_phase_current = #{bPhaseCurrent}, total_apparent_power = #{totalApparentPower}, pcs_module_temperature = #{pcsModuleTemperature}, c_phase_voltage = #{cPhaseVoltage}, c_phase_current = #{cPhaseCurrent}, total_power_factor = #{totalPowerFactor}, pcs_environment_temperature = #{pcsEnvironmentTemperature}, ac_frequency = #{acFrequency}, branch_status = #{branchStatus}, discharge_status = #{dischargeStatus}, dc_power = #{dcPower}, dc_voltage = #{dcVoltage}, dc_current = #{dcCurrent}, create_by = #{createBy}, create_time = #{createTime}, update_by = #{updateBy}, update_time = #{updateTime}, remark = #{remark}, site_id = #{siteId}, device_id = #{deviceId}, date_month = #{dateMonth}, date_day = #{dateDay}, total_ac_charge_energy = #{totalAcChargeEnergy}, total_ac_discharge_energy = #{totalAcDischargeEnergy}, ac_charge_active_power = #{acChargeActivePower}, ac_capacitive_reactive_power = #{acCapacitiveReactivePower}, ac_discharge_active_power = #{acDischargeActivePower}, ac_inductive_reactive_power = #{acInductiveReactivePower}, max_capacitive_power_capacity = #{maxCapacitivePowerCapacity}, max_inductive_power_capacity = #{maxInductivePowerCapacity}, max_charge_power_capacity = #{maxChargePowerCapacity}, max_discharge_power_capacity = #{maxDischargePowerCapacity}, ac_switch_status = #{acSwitchStatus}, dc_switch_status = #{dcSwitchStatus}, remote_control_status = #{remoteControlStatus}, sys_u_current = #{sysUCurrent}, sys_v_current = #{sysVCurrent}, sys_w_current = #{sysWCurrent}, dw_frequency = #{dwFrequency}, u_temperature = #{uTemperature}, v_temperature = #{vTemperature}, w_temperature = #{wTemperature}, module1_temp = #{module1Temp}, module2_temp = #{module2Temp}, module3_temp = #{module3Temp}, module4_temp = #{module4Temp}, cluster1_active_power = #{cluster1ActivePower}, cluster2_active_power = #{cluster2ActivePower}, cluster3_active_power = #{cluster3ActivePower}, cluster4_active_power = #{cluster4ActivePower}, where id = #{id} delete from ems_pcs_data where id = #{id} delete from ems_pcs_data where id in #{id} select CONCAT(t.date_month,'-',t.date_day) as ammeterDate, sum(t.daily_ac_charge_energy) as chargedCap, sum(t.daily_ac_discharge_energy) as disChargedCap from ems_pcs_data t inner join( SELECT p.site_id, p.device_id, p.date_month,p.date_day, MAX(p.data_update_time) AS max_update_time FROM ems_pcs_data p GROUP BY p.site_id,p.device_id,p.date_month,p.date_day ) latest ON t.site_id = latest.site_id AND t.device_id = latest.device_id AND t.date_month = latest.date_month AND t.date_day = latest.date_day AND t.data_update_time = latest.max_update_time group by ammeterDate,t.date_month,t.date_day order by t.date_month desc, t.date_day desc SELECT SUM(p.total_ac_charge_energy) AS totalChargedCap, SUM(p.total_ac_discharge_energy) AS totalDischargedCap, SUM(p.total_active_power) AS gridNrtPower FROM ems_pcs_data p INNER JOIN ems_site_setting s ON p.site_id = s.site_id INNER JOIN ( SELECT site_id, device_id, MAX(data_update_time) AS max_update_time FROM ems_pcs_data where site_id = #{siteId} GROUP BY site_id, device_id ) latest ON p.site_id = latest.site_id AND p.device_id = latest.device_id AND p.data_update_time = latest.max_update_time where p.site_id = #{siteId} SELECT SUM(t.total_active_power) as totalActivePower, SUM(t.total_reactive_power) as totalReactivePower, sum(t.daily_ac_charge_energy) as dayChargedCap, sum(t.daily_ac_discharge_energy) as dayDisChargedCap FROM ( SELECT p.device_id, MAX(p.data_update_time) AS max_update_time FROM ems_pcs_data p where p.site_id = #{siteId} GROUP BY p.device_id ) latest inner join ems_pcs_data t ON latest.device_id = t.device_id AND latest.max_update_time = t.data_update_time AND t.site_id = #{siteId} SELECT DATE_FORMAT(t.data_update_time, '%Y-%m') AS dateMonth, SUM(t.daily_ac_charge_energy) AS chargeEnergy, SUM(t.daily_ac_discharge_energy) AS disChargeEnergy FROM ems_pcs_data t INNER JOIN ( SELECT site_id, device_id, date_month, date_day, MAX(data_update_time) AS max_update_time FROM ems_pcs_data GROUP BY site_id, device_id, date_month, date_day ) max_dates ON t.site_id = max_dates.site_id AND t.device_id = max_dates.device_id AND t.date_month = max_dates.date_month AND t.date_day = max_dates.date_day AND t.data_update_time = max_dates.max_update_time GROUP BY dateMonth ORDER BY dateMonth SELECT td.device_name as deviceName, td.communication_status as communicationStatus, tmp.site_id as siteId, tmp.device_id as deviceId, tmp.data_update_time as dataUpdateTime,tmp.work_status as workStatus, tmp.grid_status as gridStatus,tmp.device_status as deviceStatus,tmp.control_mode as controlMode, tmp.total_active_power as totalActivePower,tmp.daily_ac_charge_energy as dailyAcChargeEnergy, tmp.a_phase_voltage as aPhaseVoltage,tmp.a_phase_current as aPhaseCurrent, tmp.total_reactive_power as totalReactivePower,tmp.daily_ac_discharge_energy as dailyAcDischargeEnergy, tmp.b_phase_voltage as bPhaseVoltage,tmp.b_phase_current as bPhaseCurrent, tmp.total_apparent_power as totalApparentPower,tmp.pcs_module_temperature as pcsModuleTemperature, tmp.c_phase_current as cPhaseVoltage,tmp.c_phase_current as cPhaseCurrent, tmp.total_power_factor as totalPowerFactor, tmp.pcs_environment_temperature as pcsEnvironmentTemperature,tmp.ac_frequency as acFrequency FROM ems_pcs_data tmp LEFT JOIN ems_devices_setting td on tmp.device_id = td.device_id and tmp.site_id = td.site_id INNER JOIN ( SELECT p.site_id, p.device_id, MAX(p.data_update_time) AS max_update_time FROM ems_pcs_data p WHERE p.site_id = #{siteId} GROUP BY p.site_id,p.device_id ) latest on tmp.device_id = latest.device_id and tmp.data_update_time = latest.max_update_time WHERE tmp.site_id = #{siteId} order by tmp.device_id WHERE p.site_id = #{siteId} AND p.data_update_time >= #{startDate} AND p.data_update_time < #{endDate} select latest.dateDay as ammeterDate, sum(t.total_ac_charge_energy) as chargedCap, sum(t.total_ac_discharge_energy) as disChargedCap 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_pcs_data p GROUP BY p.site_id,p.device_id,dateDay ) latest inner join ems_pcs_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 ammeterDate order by ammeterDate desc SELECT t.site_id,t.device_id as deviceId, t.total_active_power AS pcsTotalActPower, t.total_reactive_power AS pcsTotalReactivePower, DATE_FORMAT(t.create_time, '%Y-%m-%d') AS dateDay, DATE_FORMAT(t.data_update_time, '%H:%i:00') AS createDate FROM ems_pcs_data t WHERE t.site_id = #{siteId} AND t.data_update_time >= #{startDate} AND t.data_update_time < DATE_ADD(#{endDate}, INTERVAL 1 DAY) AND minute(t.data_update_time) = 0 GROUP BY t.site_id, deviceId,pcsTotalActPower,pcsTotalReactivePower,dateDay,createDate ORDER BY dateDay,createDate select DATE_FORMAT(latest.max_update_time, '%Y-%m') as ammeterDate, sum(t.total_ac_charge_energy) as chargedCap, sum(t.total_ac_discharge_energy) as disChargedCap from ( SELECT p.site_id, p.device_id,p.date_month,MAX(p.data_update_time) AS max_update_time FROM ems_pcs_data p GROUP BY p.site_id,p.device_id,p.date_month ) latest inner join ems_pcs_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 and latest.date_month = t.date_month group by ammeterDate order by ammeterDate desc select latest.dateHour as ammeterDate, sum(t.daily_ac_charge_energy) as chargedCap, sum(t.daily_ac_discharge_energy) as disChargedCap from ( SELECT p.site_id, p.device_id,DATE_FORMAT(p.data_update_time, '%H:00') AS dateHour,MAX(p.data_update_time) as max_update_time FROM ems_pcs_data p GROUP BY p.site_id,p.device_id,dateHour ) latest inner join ems_pcs_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 ammeterDate order by ammeterDate desc WHERE p.site_id = #{siteId} AND p.data_update_time >= #{startDate} AND p.data_update_time < #{endDate} t.total_active_power as activePower t.total_reactive_power as reactivePower t.sys_u_current as uCurrent, t.sys_v_current as vCurrent, t.sys_w_current as wCurrent 0 as activePower select latest.dateDay as statisDate, t.device_id as deviceId, 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_pcs_data p GROUP BY p.site_id,p.device_id,dateDay ) latest inner join ems_pcs_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 order by statisDate desc select DATE_FORMAT(latest.max_update_time, '%Y-%m') as statisDate, t.device_id as deviceId, from ( SELECT p.site_id, p.device_id,p.date_month,MAX(p.data_update_time) as max_update_time FROM ems_pcs_data p GROUP BY p.site_id,p.device_id,p.date_month ) latest inner join ems_pcs_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 and latest.date_month = t.date_month order by statisDate desc select latest.dateHour as statisDate, t.device_id as deviceId, from ( SELECT p.site_id, p.device_id,DATE_FORMAT(p.data_update_time, '%H:00') AS dateHour,MAX(p.data_update_time) as max_update_time FROM ems_pcs_data p GROUP BY p.site_id,p.device_id,dateHour ) latest inner join ems_pcs_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 order by statisDate desc SELECT t.site_id,t.device_id as deviceId, GREATEST( COALESCE(t.u_temperature, -999), COALESCE(t.v_temperature, -999), COALESCE(t.w_temperature, -999) ) AS temp, DATE_FORMAT(latest.dateHour, '%Y-%m-%d') AS dateDay, DATE_FORMAT(latest.dateHour, '%H:%i:00') AS createDate from ( SELECT p.site_id, p.device_id,DATE_FORMAT(p.data_update_time, '%Y-%m-%d %H:00:00') AS dateHour,MAX(p.data_update_time) as max_update_time FROM ems_pcs_data p WHERE p.site_id = #{siteId} AND p.data_update_time >= #{startDate} AND p.data_update_time < DATE_ADD(#{endDate}, INTERVAL 1 DAY) AND minute(p.data_update_time) = 0 GROUP BY p.site_id, p.device_id,dateHour ) latest inner join ems_pcs_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 deviceId,dateDay,createDate,temp order by dateDay,createDate SELECT t.site_id,t.device_id as deviceId, GREATEST( COALESCE(t.module1_temp, -999), COALESCE(t.module2_temp, -999), COALESCE(t.module3_temp, -999), COALESCE(t.module4_temp, -999) ) AS temp, DATE_FORMAT(latest.dateHour, '%Y-%m-%d') AS dateDay, DATE_FORMAT(latest.dateHour, '%H:%i:00') AS createDate from ( SELECT p.site_id, p.device_id,DATE_FORMAT(p.data_update_time, '%Y-%m-%d %H:00:00') AS dateHour,MAX(p.data_update_time) as max_update_time FROM ems_pcs_data p WHERE p.site_id = #{siteId} AND p.data_update_time >= #{startDate} AND p.data_update_time < DATE_ADD(#{endDate}, INTERVAL 1 DAY) AND minute(p.data_update_time) = 0 GROUP BY p.site_id, p.device_id,dateHour ) latest inner join ems_pcs_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 deviceId,dateDay,createDate,temp order by dateDay,createDate