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Merge branch 'master' of https://github.com/shanghohui-Company/SolarPower

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b110212000 2022-01-06 18:14:36 +08:00
commit 0551a094a8
3 changed files with 107 additions and 91 deletions
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177
solarApp/Service/procInvSvc.cs
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@ -185,63 +185,73 @@ namespace solarApp.Service
_logger.LogInformation("【ProcInvSvc】開始執行[{0}]在{1}逆變器15min補償", _siteID, _date1); _logger.LogInformation("【ProcInvSvc】開始執行[{0}]在{1}逆變器15min補償", _siteID, _date1);
} }
sql = @" sql = @$"DROP TABLE IF EXISTS del_Inv_day_" + _powerStationID + @"_s1;
CREATE TABLE del_Inv_day_" + _powerStationID + @"_s1
select * from " + _siteDB + ".s" + _siteID01 + @"_inv a
WHERE left(crdTime, 10) = @date1;
# 2. add index
ALTER TABLE del_Inv_day_" + _powerStationID + @"_s1 ADD INDEX `temp_index` (crdTime, inverterid);";
int ct = conn.Execute(sql, new { date1 = _date1 });
sql = @"
INSERT INTO solar_master.inverter_history_15min( PowerStationId, TIMESTAMP, INVERTERID, KWH, TODAYKWH, KWHKWP) INSERT INTO solar_master.inverter_history_15min( PowerStationId, TIMESTAMP, INVERTERID, KWH, TODAYKWH, KWHKWP)
select PowerStationId, reportdate, a.inverterid, KWH, TODAYKWH, (kwh/(capacity/4)) kwpkwp from select PowerStationId, reportdate, a.inverterid, KWH, TODAYKWH, (kwh/(capacity/4)) kwpkwp from
( (
select @PowerStationId PowerStationId, CONCAT(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H'), ':00:00')reportdate, inverterid, select @PowerStationId PowerStationId, CONCAT(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H'), ':00:00')reportdate, inverterid,
(sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH (sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH
from " + _siteDB + ".s" + _siteID01 + @"_inv from del_Inv_day_" + _powerStationID + @"_s1
where FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d') = @date1 and right(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H:%i') , 2) between '00' and '10' where FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d') = @date1 and right(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H:%i') , 2) between '00' and '10'
group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid
union union
select @PowerStationId PowerStationId, CONCAT(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H'), ':15:00')reportdate, inverterid, select @PowerStationId PowerStationId, CONCAT(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H'), ':15:00')reportdate, inverterid,
(sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH (sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH
from " + _siteDB + ".s" + _siteID01 + @"_inv from del_Inv_day_" + _powerStationID + @"_s1
where FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d') = @date1 and right(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H:%i') , 2) between '15' and '25' where FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d') = @date1 and right(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H:%i') , 2) between '15' and '25'
group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid
union union
select @PowerStationId PowerStationId, CONCAT(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H'), ':30:00')reportdate, inverterid, select @PowerStationId PowerStationId, CONCAT(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H'), ':30:00')reportdate, inverterid,
(sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH (sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH
from " + _siteDB + ".s" + _siteID01 + @"_inv from del_Inv_day_" + _powerStationID + @"_s1
where FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d') = @date1 and right(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H:%i') , 2) between '30' and '40' where FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d') = @date1 and right(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H:%i') , 2) between '30' and '40'
group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid
union union
select @PowerStationId PowerStationId, CONCAT(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H'), ':45:00')reportdate, inverterid, select @PowerStationId PowerStationId, CONCAT(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H'), ':45:00')reportdate, inverterid,
(sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH (sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH
from " + _siteDB + ".s" + _siteID01 + @"_inv from del_Inv_day_" + _powerStationID + @"_s1
where FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d') = @date1 and right(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H:%i') , 2) between '45' and '55' where FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d') = @date1 and right(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H:%i') , 2) between '45' and '55'
group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid
) a join " + _siteDB + @".inverter b on a.inverterid = b.inverterid"; ) a join " + _siteDB + @".inverter b on a.inverterid = b.inverterid";
// sql = @" //sql = @"
// INSERT INTO solar_master.inverter_history_15min( PowerStationId, TIMESTAMP, INVERTERID, KWH, TODAYKWH, KWHKWP) // INSERT INTO solar_master.inverter_history_15min( PowerStationId, TIMESTAMP, INVERTERID, KWH, TODAYKWH, KWHKWP)
// select PowerStationId, reportdate, a.inverterid, KWH, TODAYKWH, (kwh/(capacity/4)) kwpkwp from // select PowerStationId, reportdate, a.inverterid, KWH, TODAYKWH, (kwh/(capacity/4)) kwpkwp from
// ( // (
//select @PowerStationId PowerStationId,CONCAT(left(CrdTime, 13), '%Y-%m-%d %H'), ':00:00')reportdate, inverterid, // select @PowerStationId PowerStationId, CONCAT(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H'), ':00:00')reportdate, inverterid,
// (sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH // (sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH
// from " + _siteDB + ".s" + _siteID01 + @"_inv // from " + _siteDB + ".s" + _siteID01 + @"_inv
// where left(CrdTime, 10) = @date1 and CONCAT(left(CrdTime, 13), '%Y-%m-%d %H:%i') , 2) between '00' and '10' // where FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d') = @date1 and right(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H:%i') , 2) between '00' and '10'
// group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid // group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid
// union // union
// select @PowerStationId PowerStationId, CONCAT(left(CrdTime, 13), ':15:00')reportdate, inverterid, // select @PowerStationId PowerStationId, CONCAT(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H'), ':15:00')reportdate, inverterid,
// (sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH // (sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH
// from " + _siteDB + ".s" + _siteID01 + @"_inv // from " + _siteDB + ".s" + _siteID01 + @"_inv
// where left(CrdTime, 10) = @date1 and right(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H:%i') , 2) between '15' and '25' // where FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d') = @date1 and right(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H:%i') , 2) between '15' and '25'
// group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid // group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid
// union // union
// select @PowerStationId PowerStationId, CONCAT(left(CrdTime, 13), ':30:00')reportdate, inverterid, // select @PowerStationId PowerStationId, CONCAT(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H'), ':30:00')reportdate, inverterid,
// (sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH // (sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH
// from " + _siteDB + ".s" + _siteID01 + @"_inv // from " + _siteDB + ".s" + _siteID01 + @"_inv
// where left(CrdTime, 10) = @date1 and right(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H:%i') , 2) between '30' and '40' // where FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d') = @date1 and right(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H:%i') , 2) between '30' and '40'
// group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid // group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid
// union // union
// select @PowerStationId PowerStationId, CONCAT(left(CrdTime, 13), ':45:00')reportdate, inverterid, // select @PowerStationId PowerStationId, CONCAT(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H'), ':45:00')reportdate, inverterid,
// (sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH // (sum(WH)/1000) KWH, max(TODAYKWH) TODAYKWH
// from " + _siteDB + ".s" + _siteID01 + @"_inv // from " + _siteDB + ".s" + _siteID01 + @"_inv
// where left(CrdTime, 10) = @date1 and MINUTE(CrdTime) between '45' and '55' // where FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d') = @date1 and right(FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H:%i') , 2) between '45' and '55'
// group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid // group by FROM_UNIXTIME(`TIMESTAMP`/1000,'%Y-%m-%d %H') , inverterid
// ) a join " + _siteDB + @".inverter b on a.inverterid = b.inverterid"; // ) a join " + _siteDB + @".inverter b on a.inverterid = b.inverterid";
var ds = conn.Execute(sql, new { date1 = _date1, PowerStationID = _powerStationID }); var ds = conn.Execute(sql, new { date1 = _date1, PowerStationID = _powerStationID });
@ -310,59 +320,58 @@ namespace solarApp.Service
// order by a.INVERTERID, a.reportDate;"; // order by a.INVERTERID, a.reportDate;";
//int ct = conn.Execute(sql, new { date1 = _date1, PowerStationID = _powerStationID }); //int ct = conn.Execute(sql, new { date1 = _date1, PowerStationID = _powerStationID });
sql = @$"DROP TEMPORARY TABLE IF EXISTS Inv_day_"+ _powerStationID + @"_s1; sql = @$"DROP TEMPORARY TABLE IF EXISTS Inv_day_" + _powerStationID + @"_s2;
CREATE TEMPORARY TABLE Inv_day_" + _powerStationID + @"_s1 CREATE TEMPORARY TABLE Inv_day_" + _powerStationID + @"_s2
select * from " + _siteDB + ".s" + _siteID01 + @"_inv a SELECT " + _powerStationID + @" powerStationID, a.INVERTERID, a.reportDate,a.AC1V, a.AC1A, a.AC1W, a.AC1F, a.AC1WH, a.AC2V, a.AC2A, a.AC2W, a.AC2F, a.AC2WH,
WHERE left(crdTime, 10) = @date1; a.AC3V, a.AC3A, a.AC3W, a.AC3F, a.AC3WH, a.DC1V, a.DC1A, a.DC1W, a.DC1WH, a.DC2V, a.DC2A, a.DC2W, a.DC2WH, a.DC3V, a.DC3A, a.DC3W,
# 2. add index a.DC3WH, a.DC4V, a.DC4A, a.DC4W, a.DC4WH, a.DC5V, a.DC5A, a.DC5W, a.DC5WH,
ALTER TABLE Inv_day_" + _powerStationID + @"_s1 ADD INDEX `temp_index` (crdTime, inverterid);"; a.RA1, a.RA2, a.RA3, a.RA4, a.RA5, a.KWH, a.TODAYKWH, a.TOTALKWH,
int ct = conn.Execute(sql, new { date1 = _date1}); IFNULL(Irradiance, 0) irr, 0 as PR, ((DC1W + DC2W + DC3W + DC4W + DC5W) / 1000) DCKW, ((AC1W + AC2W + AC3W) / 1000) ACKW, (a.KWH / i.Capacity) AS KWHKWP
from
(-- 取得該時間區間的KWH
SELECT concat(left(crdTime, 13), ':00:00') reportDate, INVERTERID,
AVG(AC1V) AS AC1V, AVG(AC1A) AS AC1A, round(SUM(AC1W), 5) AS AC1W, AVG(AC1F) AS AC1F, SUM(AC1WH) AS AC1WH, AVG(AC2V) AS AC2V,
AVG(AC2A) AS AC2A, round(SUM(AC2W), 5) AS AC2W, AVG(AC2F) AS AC2F, SUM(AC2WH) AS AC2WH, AVG(AC3V) AS AC3V, AVG(AC3A) AS AC3A,
round(SUM(AC3W), 5) AS AC3W, AVG(AC3F) AS AC3F, SUM(AC3WH) AS AC3WH, AVG(DC1V) AS DC1V, AVG(DC1A) AS DC1A, SUM(DC1W) AS DC1W,
SUM(DC1WH) AS DC1WH, AVG(DC2V) AS DC2V, AVG(DC2A) AS DC2A, SUM(DC2W) AS DC2W, SUM(DC2WH) AS DC2WH, AVG(DC3V) AS DC3V,
AVG(DC3A) AS DC3A, AVG(DC3W) AS DC3W, AVG(DC3WH) AS DC3WH, AVG(DC4V) AS DC4V, AVG(DC4A) AS DC4A, SUM(DC4W) AS DC4W,
SUM(DC4WH) AS DC4WH, AVG(DC5V) AS DC5V, AVG(DC5A) AS DC5A, SUM(DC5W) AS DC5W, SUM(DC5WH) AS DC5WH,
AVG(RA1) AS RA1, AVG(RA2) AS RA2, AVG(RA3) AS RA3,
AVG(RA4) AS RA4, AVG(RA5) AS RA5, MAX(TODAYKWH) AS TODAYKWH, MAX(TOTALKWH) AS TOTALKWH, (SUM(WH) / 1000) AS KWH
FROM del_Inv_day_" + _powerStationID + @"_s1
GROUP BY left(crdTime, 13), INVERTERID
) a
-- 取得逆變器容量
LEFT JOIN " + _siteDB + @".inverter i ON a.INVERTERID = i.InverterId
-- 取日照度-------------------- -
left join(
select concat(DATE_FORMAT(`TIMESTAMP`, '%Y-%m-%d %H'), ':00:00') AS reportDate, Irradiance
from sensor_history_hour
where powerstationID = " + _powerStationID + @" and DATE_FORMAT(`TIMESTAMP`, '%Y-%m-%d') = @date1
)irr on a.reportDate = irr.reportDate; ";
int ct = conn.Execute(sql, new { date1 = _date1 });
sql = @$"DROP TEMPORARY TABLE IF EXISTS Inv_day_" + _powerStationID + @"_s2;
CREATE TEMPORARY TABLE Inv_day_" + _powerStationID + @"_s2
SELECT " + _powerStationID + @" powerStationID, a.INVERTERID, a.reportDate,a.AC1V, a.AC1A, a.AC1W, a.AC1F, a.AC1WH, a.AC2V, a.AC2A, a.AC2W, a.AC2F, a.AC2WH, //# 3. insert ans
a.AC3V, a.AC3A, a.AC3W, a.AC3F, a.AC3WH, a.DC1V, a.DC1A, a.DC1W, a.DC1WH, a.DC2V, a.DC2A, a.DC2W, a.DC2WH, a.DC3V, a.DC3A, a.DC3W, sql = @$"
a.DC3WH, a.DC4V, a.DC4A, a.DC4W, a.DC4WH, a.DC5V, a.DC5A, a.DC5W, a.DC5WH, INSERT INTO solar_master.inverter_history_hour(`powerStationID`, `INVERTERID`, `TIMESTAMP`, `AC1V`, `AC1A`, `AC1W`, `AC1F`, `AC1WH`, `AC2V`, `AC2A`, `AC2W`, `AC2F`, `AC2WH`, `AC3V`, `AC3A`, `AC3W`, `AC3F`, `AC3WH`, `DC1V`, `DC1A`, `DC1W`, `DC1WH`, `DC2V`, `DC2A`, `DC2W`, `DC2WH`, `DC3V`, `DC3A`, `DC3W`, `DC3WH`, `DC4V`, `DC4A`, `DC4W`, `DC4WH`, `DC5V`, `DC5A`, `DC5W`, `DC5WH`, `RA1`, `RA2`, `RA3`, `RA4`, `RA5`, `KWH`, `TODAYKWH`, `TOTALKWH`, `Irradiance`, `PR`, `DCKW`, `ACKW`, `KWHKWP`)
a.RA1, a.RA2, a.RA3, a.RA4, a.RA5, a.KWH, a.TODAYKWH, a.TOTALKWH, select `powerStationID`, a.`INVERTERID`, a.`reportDate`, `AC1V`, `AC1A`, `AC1W`, `AC1F`, `AC1WH`, `AC2V`, `AC2A`, `AC2W`, `AC2F`, `AC2WH`, `AC3V`, `AC3A`, `AC3W`, `AC3F`, `AC3WH`, `DC1V`, `DC1A`, `DC1W`, `DC1WH`, `DC2V`, `DC2A`, `DC2W`, `DC2WH`, `DC3V`, `DC3A`, `DC3W`, `DC3WH`, `DC4V`, `DC4A`, `DC4W`, `DC4WH`, `DC5V`, `DC5A`, `DC5W`, `DC5WH`, `RA1`, `RA2`, `RA3`, `RA4`, `RA5`, `KWH`, `TODAYKWH`, `TOTALKWH`, `irr`, inv_pr.`PR`, `DCKW`, `ACKW`, `KWHKWP`
IFNULL(Irradiance, 0) irr, 0 as PR, ((DC1W + DC2W + DC3W + DC4W + DC5W) / 1000) DCKW, ((AC1W + AC2W + AC3W) / 1000) ACKW, (a.KWH / i.Capacity) AS KWHKWP from Inv_day_" + _powerStationID + @"_s2 a left JOIN( -- 取得整點值PR
from SELECT concat(left(crdTime, 13), ':00:00') AS reportDate, inv.INVERTERID, inv.PR
(-- 取得該時間區間的KWH FROM del_Inv_day_" + _powerStationID + @"_s1 inv
SELECT concat(left(crdTime, 13), ':00:00') reportDate, INVERTERID, WHERE minute(crdtime) = '55'
AVG(AC1V) AS AC1V, AVG(AC1A) AS AC1A, round(SUM(AC1W), 5) AS AC1W, AVG(AC1F) AS AC1F, SUM(AC1WH) AS AC1WH, AVG(AC2V) AS AC2V, GROUP BY left(crdTime, 13), inv.INVERTERID
AVG(AC2A) AS AC2A, round(SUM(AC2W), 5) AS AC2W, AVG(AC2F) AS AC2F, SUM(AC2WH) AS AC2WH, AVG(AC3V) AS AC3V, AVG(AC3A) AS AC3A, ) inv_pr
round(SUM(AC3W), 5) AS AC3W, AVG(AC3F) AS AC3F, SUM(AC3WH) AS AC3WH, AVG(DC1V) AS DC1V, AVG(DC1A) AS DC1A, SUM(DC1W) AS DC1W, ON a.reportDate = inv_pr.reportDate AND a.INVERTERID = inv_pr.INVERTERID;";
SUM(DC1WH) AS DC1WH, AVG(DC2V) AS DC2V, AVG(DC2A) AS DC2A, SUM(DC2W) AS DC2W, SUM(DC2WH) AS DC2WH, AVG(DC3V) AS DC3V, ct = conn.Execute(sql, new { date1 = _date1 });
AVG(DC3A) AS DC3A, AVG(DC3W) AS DC3W, AVG(DC3WH) AS DC3WH, AVG(DC4V) AS DC4V, AVG(DC4A) AS DC4A, SUM(DC4W) AS DC4W, if (_logger != null)
SUM(DC4WH) AS DC4WH, AVG(DC5V) AS DC5V, AVG(DC5A) AS DC5A, SUM(DC5W) AS DC5W, SUM(DC5WH) AS DC5WH, _logger.LogInformation("【ProcInvSvc】執行完成[{0}]在{1}逆變器hour補償", _siteID, _date1);
AVG(RA1) AS RA1, AVG(RA2) AS RA2, AVG(RA3) AS RA3,
AVG(RA4) AS RA4, AVG(RA5) AS RA5, MAX(TODAYKWH) AS TODAYKWH, MAX(TOTALKWH) AS TOTALKWH, (SUM(WH) / 1000) AS KWH ss = @$"DROP TABLE IF EXISTS del_Inv_day_" + _powerStationID + @"_s1; ";
FROM Inv_day_" + _powerStationID + @"_s1 conn.Execute(ss);
GROUP BY left(crdTime, 13), INVERTERID
) a
-- 取得逆變器容量
LEFT JOIN " + _siteDB + @".inverter i ON a.INVERTERID = i.InverterId
-- 取日照度-------------------- -
left join(
select concat(DATE_FORMAT(`TIMESTAMP`, '%Y-%m-%d %H'), ':00:00') AS reportDate, Irradiance
from sensor_history_hour
where powerstationID = " + _powerStationID + @" and DATE_FORMAT(`TIMESTAMP`, '%Y-%m-%d') = @date1
)irr on a.reportDate = irr.reportDate; ";
ct = conn.Execute(sql, new { date1 = _date1 });
//# 3. insert ans
sql = @$"
INSERT INTO solar_master.inverter_history_hour(`powerStationID`, `INVERTERID`, `TIMESTAMP`, `AC1V`, `AC1A`, `AC1W`, `AC1F`, `AC1WH`, `AC2V`, `AC2A`, `AC2W`, `AC2F`, `AC2WH`, `AC3V`, `AC3A`, `AC3W`, `AC3F`, `AC3WH`, `DC1V`, `DC1A`, `DC1W`, `DC1WH`, `DC2V`, `DC2A`, `DC2W`, `DC2WH`, `DC3V`, `DC3A`, `DC3W`, `DC3WH`, `DC4V`, `DC4A`, `DC4W`, `DC4WH`, `DC5V`, `DC5A`, `DC5W`, `DC5WH`, `RA1`, `RA2`, `RA3`, `RA4`, `RA5`, `KWH`, `TODAYKWH`, `TOTALKWH`, `Irradiance`, `PR`, `DCKW`, `ACKW`, `KWHKWP`)
select `powerStationID`, a.`INVERTERID`, a.`reportDate`, `AC1V`, `AC1A`, `AC1W`, `AC1F`, `AC1WH`, `AC2V`, `AC2A`, `AC2W`, `AC2F`, `AC2WH`, `AC3V`, `AC3A`, `AC3W`, `AC3F`, `AC3WH`, `DC1V`, `DC1A`, `DC1W`, `DC1WH`, `DC2V`, `DC2A`, `DC2W`, `DC2WH`, `DC3V`, `DC3A`, `DC3W`, `DC3WH`, `DC4V`, `DC4A`, `DC4W`, `DC4WH`, `DC5V`, `DC5A`, `DC5W`, `DC5WH`, `RA1`, `RA2`, `RA3`, `RA4`, `RA5`, `KWH`, `TODAYKWH`, `TOTALKWH`, `irr`, inv_pr.`PR`, `DCKW`, `ACKW`, `KWHKWP`
from Inv_day_" + _powerStationID + @"_s2 a left JOIN( -- 取得整點值PR
SELECT concat(left(crdTime, 13), ':00:00') AS reportDate, inv.INVERTERID, inv.PR
FROM Inv_day_" + _powerStationID + @"_s1 inv
WHERE minute(crdtime) = '55'
GROUP BY left(crdTime, 13), inv.INVERTERID
) inv_pr
ON a.reportDate = inv_pr.reportDate AND a.INVERTERID = inv_pr.INVERTERID;";
ct = conn.Execute(sql, new { date1 = _date1 });
if (_logger != null)
_logger.LogInformation("【ProcInvSvc】執行完成[{0}]在{1}逆變器hour補償", _siteID, _date1);
} }
catch (Exception ex) catch (Exception ex)
{ {
if (_logger != null) if (_logger != null)

4
solarApp/Service/procSensorSvc.cs
View File

@ -242,7 +242,7 @@ namespace solarApp.Service
select a.powerstationID, a.reportdate, ifnull(b.Irradiance, 0) irrAvg, a.Temperature, a.envTemperature, a.humidity, a.Vane, a.Dust, a.WingDirection, a.irrDay from select a.powerstationID, a.reportdate, ifnull(b.Irradiance, 0) irrAvg, a.Temperature, a.envTemperature, a.humidity, a.Vane, a.Dust, a.WingDirection, a.irrDay from
( (
select powerStationID , concat(DATE_FORMAT(`TIMESTAMP`,'%Y-%m-%d'), ' 00:00') reportdate, round(avg(Temperature), 6) Temperature, select powerStationID , concat(DATE_FORMAT(`TIMESTAMP`,'%Y-%m-%d'), ' 00:00') reportdate, round(avg(Temperature), 6) Temperature,
envTemperature, humidity, Vane, Dust, WingDirection, irrDay envTemperature, humidity, Vane, Dust, avg(WingDirection) WingDirection, max(irrDay) irrDay
from solar_master.sensor_history_hour from solar_master.sensor_history_hour
where powerstationID = @powerstationID and DATE_FORMAT(`TIMESTAMP`,'%Y-%m-%d') = @date1 where powerstationID = @powerstationID and DATE_FORMAT(`TIMESTAMP`,'%Y-%m-%d') = @date1
group by DATE_FORMAT(`TIMESTAMP`,'%Y-%m-%d') group by DATE_FORMAT(`TIMESTAMP`,'%Y-%m-%d')
@ -266,7 +266,7 @@ namespace solarApp.Service
select a.powerstationID, a.reportdate, ifnull(b.Irradiance, 0) irrAvg, a.Temperature, a.envTemperature, a.humidity, a.Vane, a.Dust, WingDirection, irrDay from select a.powerstationID, a.reportdate, ifnull(b.Irradiance, 0) irrAvg, a.Temperature, a.envTemperature, a.humidity, a.Vane, a.Dust, WingDirection, irrDay from
( (
select powerStationID , concat(DATE_FORMAT(`TIMESTAMP`,'%Y-%m'), '-01 00:00') reportdate, round(avg(Temperature), 6) Temperature, select powerStationID , concat(DATE_FORMAT(`TIMESTAMP`,'%Y-%m'), '-01 00:00') reportdate, round(avg(Temperature), 6) Temperature,
envTemperature, humidity, Vane, Dust, WingDirection, irrDay avg(envTemperature) envTemperature, avg(humidity) humidity, avg(Vane) Vane, avg(Dust) Dust, avg(WingDirection) WingDirection, max(irrDay) irrDay
from solar_master.sensor_history_day from solar_master.sensor_history_day
where powerstationID = @powerstationID and DATE_FORMAT(`TIMESTAMP`,'%Y-%m') = @date1 where powerstationID = @powerstationID and DATE_FORMAT(`TIMESTAMP`,'%Y-%m') = @date1
group by DATE_FORMAT(`TIMESTAMP`,'%Y-%m') group by DATE_FORMAT(`TIMESTAMP`,'%Y-%m')

11
solarApp/Service/procStationSvc.cs
View File

@ -195,7 +195,7 @@ namespace solarApp.Service
sql = @" INSERT INTO solar_master.power_station_history_day( PowerStationId, `TIMESTAMP`, SITEID, SITETYPE, TODAYKWH, TOTALKWH, KWHKWP, sql = @" INSERT INTO solar_master.power_station_history_day( PowerStationId, `TIMESTAMP`, SITEID, SITETYPE, TODAYKWH, TOTALKWH, KWHKWP,
PR, MP, SOLARHOUR, MONEY, TOTALMONEY, CARBON, TOTALCARBON) PR, MP, SOLARHOUR, MONEY, TOTALMONEY, CARBON, TOTALCARBON)
select b.id PowerStationId, a.reportdate, b.siteID, a.siteType, a.TODAYKWH, a.TOTALKWH, a.KWHKWP, a.PR, a.MP, a.SOLARHOUR, select b.id PowerStationId, a.reportdate, b.siteID, a.siteType, a.TODAYKWH, a.TOTALKWH, a.KWHKWP, a1.PR, a.MP, a.SOLARHOUR,
/*CASE /*CASE
WHEN b.SolarType = 1 THEN a.KWH * PowerRate * c.LeaseRate WHEN b.SolarType = 1 THEN a.KWH * PowerRate * c.LeaseRate
ELSE a.KWH * PowerRate ELSE a.KWH * PowerRate
@ -211,11 +211,18 @@ namespace solarApp.Service
( (
select concat(DATE_FORMAT(`TIMESTAMP`,'%Y-%m-%d'), ' 00:00:00') reportdate, siteid, siteType, round((sum(KWH)), 6) KWH, select concat(DATE_FORMAT(`TIMESTAMP`,'%Y-%m-%d'), ' 00:00:00') reportdate, siteid, siteType, round((sum(KWH)), 6) KWH,
round((max(TODAYKWH)), 6) TODAYKWH, round((max(TOTALKWH)), 6) TOTALKWH, round((max(KWHKWP)), 6) KWHKWP, round((max(TODAYKWH)), 6) TODAYKWH, round((max(TOTALKWH)), 6) TOTALKWH, round((max(KWHKWP)), 6) KWHKWP,
round((max(PR)), 6) PR, round((max(MP)), 6) as MP, round((max(SOLARHOUR)), 6) SOLARHOUR #round((max(PR)), 6) PR,
round((max(MP)), 6) as MP, round((max(SOLARHOUR)), 6) SOLARHOUR
from solar_master.power_station_history_hour a from solar_master.power_station_history_hour a
where SITEID = @siteID and DATE_FORMAT(a.`TIMESTAMP`,'%Y-%m-%d') = @date1 where SITEID = @siteID and DATE_FORMAT(a.`TIMESTAMP`,'%Y-%m-%d') = @date1
group by a.siteid, DATE_FORMAT(`TIMESTAMP`,'%Y-%m-%d') group by a.siteid, DATE_FORMAT(`TIMESTAMP`,'%Y-%m-%d')
)a join )a join
(
select id, SITEID, round(PR, 4) PR
from solar_master.power_station_history_hour a
where SITEID = @siteID and DATE_FORMAT(a.`TIMESTAMP`,'%Y-%m-%d') = @date1
order by 1 desc limit 1
)a1 on a.siteID = a1.siteID join
( (
select id, `code` siteID, PowerRate, (select `value` from solar_master.`variable` where `name` = 'CarbonRate') as CarbonRate, SolarType select id, `code` siteID, PowerRate, (select `value` from solar_master.`variable` where `name` = 'CarbonRate') as CarbonRate, SolarType
from solar_master.power_station from solar_master.power_station