select id, battery_pack, battery_cluster, battery_cell_id, voltage, temperature, soc, soh, data_timestamp, create_by, create_time, update_by, update_time, remark, site_id, device_id, cluster_device_id, inter_resistance from ems_battery_data and battery_pack = #{batteryPack} and battery_cluster = #{batteryCluster} and battery_cell_id = #{batteryCellId} and voltage = #{voltage} and temperature = #{temperature} and soc = #{soc} and soh = #{soh} and data_timestamp = #{dataTimestamp} and site_id = #{siteId} and device_id = #{deviceId} and cluster_device_id = #{clusterDeviceId} and inter_resistance = #{interResistance} where id = #{id} insert into ems_battery_data battery_pack, battery_cluster, battery_cell_id, voltage, temperature, soc, soh, data_timestamp, create_by, create_time, update_by, update_time, remark, site_id, device_id, cluster_device_id, inter_resistance, #{batteryPack}, #{batteryCluster}, #{batteryCellId}, #{voltage}, #{temperature}, #{soc}, #{soh}, #{dataTimestamp}, #{createBy}, #{createTime}, #{updateBy}, #{updateTime}, #{remark}, #{siteId}, #{deviceId}, #{clusterDeviceId}, #{interResistance}, update ems_battery_data battery_pack = #{batteryPack}, battery_cluster = #{batteryCluster}, battery_cell_id = #{batteryCellId}, voltage = #{voltage}, temperature = #{temperature}, soc = #{soc}, soh = #{soh}, data_timestamp = #{dataTimestamp}, create_by = #{createBy}, create_time = #{createTime}, update_by = #{updateBy}, update_time = #{updateTime}, remark = #{remark}, site_id = #{siteId}, device_id = #{deviceId}, cluster_device_id = #{clusterDeviceId}, inter_resistance = #{interResistance}, where id = #{id} delete from ems_battery_data where id = #{id} delete from ems_battery_data where id in #{id} WHERE site_id = #{siteId} AND data_timestamp >= CURDATE() ORDER BY data_timestamp desc limit 1 select t.site_id as siteId,t.cluster_device_id as clusterId, AVG(t.voltage) as avgVoltage,MAX(t.voltage) as maxVoltage,MIN(t.voltage) as minVoltage, AVG(t.temperature) as avgTemp,MAX(t.temperature) as maxTemp,MIN(t.temperature) as minTemp, AVG(t.soc) as avgSoc,MAX(t.soc) as maxSoc,MIN(t.soc) as minSoc from ems_battery_data t where t.site_id = #{siteId} and t.cluster_device_id = #{clusterDeviceId} and t.update_time = (select MAX(update_time) FROM ems_battery_data where site_id = t.site_id and device_id = t.device_id and cluster_device_id = t.cluster_device_id) group by t.site_id,t.cluster_device_id select 'maxVoltageId' as type, t.device_id from ems_battery_data t where t.site_id = #{siteId} and t.cluster_device_id = #{clusterId} and t.voltage = #{maxVoltage} union all select 'minVoltageId' as type, t.device_id from ems_battery_data t where t.site_id = #{siteId} and t.cluster_device_id = #{clusterId} and t.voltage = #{minVoltage} union all select 'maxTempId' as type, t.device_id from ems_battery_data t where t.site_id = #{siteId} and t.cluster_device_id = #{clusterId} and t.temperature = #{maxTemp} union all select 'minTempId' as type, t.device_id from ems_battery_data t where t.site_id = #{siteId} and t.cluster_device_id = #{clusterId} and t.temperature = #{minTemp} union all select 'maxSocId' as type, t.device_id from ems_battery_data t where t.site_id = #{siteId} and t.cluster_device_id = #{clusterId} and t.soc = #{maxSoc} union all select 'minSocId' as type, t.device_id from ems_battery_data t where t.site_id = #{siteId} and t.cluster_device_id = #{clusterId} and t.soc = #{minSoc} union all SELECT NULL AS type, NULL AS device_id FROM DUAL WHERE 1=0 SELECT t.data_timestamp as updateTime, t.voltage, t.temperature, t.soc, t.soh, t.device_id as deviceId,t.cluster_device_id as clusterDeviceId FROM ems_battery_data t INNER JOIN ( SELECT device_id, cluster_device_id, MAX(data_timestamp) AS max_update_time FROM ems_battery_data WHERE site_id = #{siteId} and data_timestamp >= CURDATE() and cluster_device_id = #{clusterDeviceId} GROUP BY device_id, cluster_device_id ) latest ON t.device_id = latest.device_id AND t.data_timestamp = latest.max_update_time AND t.cluster_device_id = latest.cluster_device_id WHERE t.site_id = #{siteId} and t.cluster_device_id = #{clusterDeviceId} INSERT INTO ems_battery_data ( battery_pack, battery_cluster, battery_cell_id, voltage, temperature, soc, soh, data_timestamp, create_by, create_time, update_by, update_time, remark, site_id, device_id, cluster_device_id, inter_resistance ) VALUES ( #{item.batteryPack}, #{item.batteryCluster}, #{item.batteryCellId}, #{item.voltage}, #{item.temperature}, #{item.soc}, #{item.soh}, #{item.dataTimestamp}, #{item.createBy}, #{item.createTime}, #{item.updateBy}, #{item.updateTime}, #{item.remark}, #{item.siteId}, #{item.deviceId}, #{item.clusterDeviceId},#{item.interResistance} )