select pv_station_no, rating_power, confirm_power, inverter_cnt, junction_box_cnt, pv_cell_cnt, longtitude, latitude, elevation, poa_slope_angle, poa_azimuth_angle, reflection_ratio, temp_coeff, ap_yc_no, ghi_yc_no, dni_yc_no, dfi_yc_no, poai_yc_no, temperature_yc_no, panel_temp_yc_no, humidity_yc_no, pressure_yc_no, wspeed_yc_no, wdir_yc_no, positive_error, negative_error, nwp_lf_a, pcurve_sample_cnt, pcurve_lf_a, pcurve_input_flag, pcurve_hl_cnt, usp_sample_cnt, corr_sample_cnt, gamma, cost, nu, space_dim, usp_correction_flag, total_power, pcc_power, ghi, dni, dfi, poai, temperature, panel_temperature, humidity, pressure, wind_speed, wind_dir, inverter_run_cnt, inerter_stop_cnt, invert_fault_cnt, total_energy, last_total_energy, today_energy, rtu_no, name, ref, pcurve_stat_time, nwp_calc_time, da_prediction_time, da_day_stat_time, da_month_stat_time, usp_prediction_time, usp_day_stat_time, usp_month_stat_time, company_no, site from pv_power_station select pps.*, a.name as "areaName", a.area_no as "areaNo", emi.item_name as "rtuTypeName", emi.item_val as "itemVal" from pv_power_station pps left join area_config ac on ac.rtu_no = pps.pv_station_no left join area a on a.area_no = ac.area_no left join rtu r on r.rtu_no = pps.pv_station_no left join enum_menu_item emi on emi.item_val = r.rtu_type and emi.menu_no = 115 and pps.pv_station_no = #{pvStationNo} and pps.rating_power = #{ratingPower} and pps.confirm_power = #{confirmPower} and pps.inverter_cnt = #{inverterCnt} and pps.junction_box_cnt = #{junctionBoxCnt} and pps.pv_cell_cnt = #{pvCellCnt} and pps.longtitude = #{longtitude} and pps.latitude = #{latitude} and pps.elevation = #{elevation} and pps.poa_slope_angle = #{poaSlopeAngle} and pps.poa_azimuth_angle = #{poaAzimuthAngle} and pps.reflection_ratio = #{reflectionRatio} and pps.temp_coeff = #{tempCoeff} and pps.ap_yc_no = #{apYcNo} and pps.ghi_yc_no = #{ghiYcNo} and pps.dni_yc_no = #{dniYcNo} and pps.dfi_yc_no = #{dfiYcNo} and pps.poai_yc_no = #{poaiYcNo} and pps.temperature_yc_no = #{temperatureYcNo} and pps.panel_temp_yc_no = #{panelTempYcNo} and pps.humidity_yc_no = #{humidityYcNo} and pps.pressure_yc_no = #{pressureYcNo} and pps.wspeed_yc_no = #{wspeedYcNo} and pps.wdir_yc_no = #{wdirYcNo} and pps.positive_error = #{positiveError} and pps.negative_error = #{negativeError} and pps.nwp_lf_a = #{nwpLfA} and pps.pcurve_sample_cnt = #{pcurveSampleCnt} and pps.pcurve_lf_a = #{pcurveLfA} and pps.pcurve_input_flag = #{pcurveInputFlag} and pps.pcurve_hl_cnt = #{pcurveHlCnt} and pps.usp_sample_cnt = #{uspSampleCnt} and pps.corr_sample_cnt = #{corrSampleCnt} and pps.gamma = #{gamma} and pps.cost = #{cost} and pps.nu = #{nu} and pps.space_dim = #{spaceDim} and pps.usp_correction_flag = #{uspCorrectionFlag} and pps.total_power = #{totalPower} and pps.pcc_power = #{pccPower} and pps.ghi = #{ghi} and pps.dni = #{dni} and pps.dfi = #{dfi} and pps.poai = #{poai} and pps.temperature = #{temperature} and pps.panel_temperature = #{panelTemperature} and pps.humidity = #{humidity} and pps.pressure = #{pressure} and pps.wind_speed = #{windSpeed} and pps.wind_dir = #{windDir} and pps.inverter_run_cnt = #{inverterRunCnt} and pps.inerter_stop_cnt = #{inerterStopCnt} and pps.invert_fault_cnt = #{invertFaultCnt} and pps.total_energy = #{totalEnergy} and pps.last_total_energy = #{lastTotalEnergy} and pps.today_energy = #{todayEnergy} and pps.rtu_no = #{rtuNo} and name like pps.concat(concat('%', #{name}), '%') and pps.ref = #{ref} and pps.pcurve_stat_time = #{pcurveStatTime} and pps.nwp_calc_time = #{nwpCalcTime} and pps.da_prediction_time = #{daPredictionTime} and pps.da_day_stat_time = #{daDayStatTime} and pps.da_month_stat_time = #{daMonthStatTime} and pps.usp_prediction_time = #{uspPredictionTime} and pps.usp_day_stat_time = #{uspDayStatTime} and pps.usp_month_stat_time = #{uspMonthStatTime} and pps.company_no = #{companyNo} and pps.site = #{site} and a.area_no = #{areaNo} order by pps.pv_station_no asc where pv_station_no = #{pvStationNo} select count(1) from pv_power_station where name = #{pvStationName} and rownum 1 SELECT * FROM ( SELECT pv_station_no FROM pv_power_station ORDER BY pv_station_no DESC ) WHERE ROWNUM = 1 where ref = #{stationCode} insert into pv_power_station pv_station_no, rating_power, confirm_power, inverter_cnt, junction_box_cnt, pv_cell_cnt, longtitude, latitude, elevation, poa_slope_angle, poa_azimuth_angle, reflection_ratio, temp_coeff, ap_yc_no, ghi_yc_no, dni_yc_no, dfi_yc_no, poai_yc_no, temperature_yc_no, panel_temp_yc_no, humidity_yc_no, pressure_yc_no, wspeed_yc_no, wdir_yc_no, positive_error, negative_error, nwp_lf_a, pcurve_sample_cnt, pcurve_lf_a, pcurve_input_flag, pcurve_hl_cnt, usp_sample_cnt, corr_sample_cnt, gamma, cost, nu, space_dim, usp_correction_flag, total_power, pcc_power, ghi, dni, dfi, poai, temperature, panel_temperature, humidity, pressure, wind_speed, wind_dir, inverter_run_cnt, inerter_stop_cnt, invert_fault_cnt, total_energy, last_total_energy, today_energy, rtu_no, name, ref, pcurve_stat_time, nwp_calc_time, da_prediction_time, da_day_stat_time, da_month_stat_time, usp_prediction_time, usp_day_stat_time, usp_month_stat_time, company_no, site, #{pvStationNo}, #{ratingPower}, #{confirmPower}, #{inverterCnt}, #{junctionBoxCnt}, #{pvCellCnt}, #{longtitude}, #{latitude}, #{elevation}, #{poaSlopeAngle}, #{poaAzimuthAngle}, #{reflectionRatio}, #{tempCoeff}, #{apYcNo}, #{ghiYcNo}, #{dniYcNo}, #{dfiYcNo}, #{poaiYcNo}, #{temperatureYcNo}, #{panelTempYcNo}, #{humidityYcNo}, #{pressureYcNo}, #{wspeedYcNo}, #{wdirYcNo}, #{positiveError}, #{negativeError}, #{nwpLfA}, #{pcurveSampleCnt}, #{pcurveLfA}, #{pcurveInputFlag}, #{pcurveHlCnt}, #{uspSampleCnt}, #{corrSampleCnt}, #{gamma}, #{cost}, #{nu}, #{spaceDim}, #{uspCorrectionFlag}, #{totalPower}, #{pccPower}, #{ghi}, #{dni}, #{dfi}, #{poai}, #{temperature}, #{panelTemperature}, #{humidity}, #{pressure}, #{windSpeed}, #{windDir}, #{inverterRunCnt}, #{inerterStopCnt}, #{invertFaultCnt}, #{totalEnergy}, #{lastTotalEnergy}, #{todayEnergy}, #{rtuNo}, #{name}, #{ref}, #{pcurveStatTime}, #{nwpCalcTime}, #{daPredictionTime}, #{daDayStatTime}, #{daMonthStatTime}, #{uspPredictionTime}, #{uspDayStatTime}, #{uspMonthStatTime}, #{companyNo}, #{site}, update pv_power_station rating_power = #{ratingPower}, confirm_power = #{confirmPower}, inverter_cnt = #{inverterCnt}, junction_box_cnt = #{junctionBoxCnt}, pv_cell_cnt = #{pvCellCnt}, longtitude = #{longtitude}, latitude = #{latitude}, elevation = #{elevation}, poa_slope_angle = #{poaSlopeAngle}, poa_azimuth_angle = #{poaAzimuthAngle}, reflection_ratio = #{reflectionRatio}, temp_coeff = #{tempCoeff}, ap_yc_no = #{apYcNo}, ghi_yc_no = #{ghiYcNo}, dni_yc_no = #{dniYcNo}, dfi_yc_no = #{dfiYcNo}, poai_yc_no = #{poaiYcNo}, temperature_yc_no = #{temperatureYcNo}, panel_temp_yc_no = #{panelTempYcNo}, humidity_yc_no = #{humidityYcNo}, pressure_yc_no = #{pressureYcNo}, wspeed_yc_no = #{wspeedYcNo}, wdir_yc_no = #{wdirYcNo}, positive_error = #{positiveError}, negative_error = #{negativeError}, nwp_lf_a = #{nwpLfA}, pcurve_sample_cnt = #{pcurveSampleCnt}, pcurve_lf_a = #{pcurveLfA}, pcurve_input_flag = #{pcurveInputFlag}, pcurve_hl_cnt = #{pcurveHlCnt}, usp_sample_cnt = #{uspSampleCnt}, corr_sample_cnt = #{corrSampleCnt}, gamma = #{gamma}, cost = #{cost}, nu = #{nu}, space_dim = #{spaceDim}, usp_correction_flag = #{uspCorrectionFlag}, total_power = #{totalPower}, pcc_power = #{pccPower}, ghi = #{ghi}, dni = #{dni}, dfi = #{dfi}, poai = #{poai}, temperature = #{temperature}, panel_temperature = #{panelTemperature}, humidity = #{humidity}, pressure = #{pressure}, wind_speed = #{windSpeed}, wind_dir = #{windDir}, inverter_run_cnt = #{inverterRunCnt}, inerter_stop_cnt = #{inerterStopCnt}, invert_fault_cnt = #{invertFaultCnt}, total_energy = #{totalEnergy}, last_total_energy = #{lastTotalEnergy}, today_energy = #{todayEnergy}, rtu_no = #{rtuNo}, name = #{name}, ref = #{ref}, pcurve_stat_time = #{pcurveStatTime}, nwp_calc_time = #{nwpCalcTime}, da_prediction_time = #{daPredictionTime}, da_day_stat_time = #{daDayStatTime}, da_month_stat_time = #{daMonthStatTime}, usp_prediction_time = #{uspPredictionTime}, usp_day_stat_time = #{uspDayStatTime}, usp_month_stat_time = #{uspMonthStatTime}, company_no = #{companyNo}, site = #{site}, where pv_station_no = #{pvStationNo} delete from pv_power_station where pv_station_no = #{pvStationNo} delete from pv_power_station where pv_station_no in #{pvStationNo}