Page 139 - 《水资源与水工程学报》2023年第4期
P. 139

3
            ! 4#            )*+, k: ,-./01:& ï %‰'ÃIÍ(./                                               1 5
                 (1) Î4§、 |-@΄ZW#?«Ë÷§                       [10]à ’, ÃAA, Q•Ð, ‘. ÌBÓh]l^ÑX@
            ½W#NÚÄ}¶ooº·1, ¯—_, @ Ñ ú                           8ú§QW#Z^ÓqVÓZ[J]. ÎnH«,2020,
            ZW#µ±IOZOt'Ñ、 EìÎiW#^‰                                44(10):3622-3630.
                                                               [11]Úõ˜, 2³Ÿ, ¶Û%. ü}h{QDBS^§ný°q
            ", ÄEYoÎi$h‹”^J­, ÿ.Á£¤oÑ
                                                                   VK{sqr[J]. @i'Î&c,2021,40(2):64-76.
            ÎÄnUÎn`Û^dØWBSði。
                                                               [12]CASTRONUOVOED,USAOLAJ,BESSAR,etal.An
                 (2) oêÂ=lÑÎhi、 huÎ#WÎi$
                                                                   integratedapproachforoptimalcoordinationofwindpower
            h‹”‡Z‘&‚^qr°Ø}¶ogWl·1,
                                                                   andhydropumpingstorage [J].WindEnergy,2014,17
            ¯—ï˜, uXÑÎ[”ÁZµÎEYZW#_                                (6):829-852.
            V^ÓÔ.—, ·âÎ#oZW#hiqVÿ"                            [13]WANG Xianxun,VIRGUEZE,XIAO Weihua,etal.
            I^e9ý­, EìÎi$h‹”‡ZoxOt'                                 Clusteringanddispatchinghydro,wind,andphotovoltaic
            Ñ、 uXW#Ô¶‰"þÿ_`.—。                                      powerresourceswithmultiobjectiveoptimizationofpower
                 (3) @ Ñ úZW#qVÓÔ?ÑÎK@Î                          generationfluctuations :acasestudyinsouthwesternChi
            CDš›^Áàz{Îi$h‹”‡ZêPâIÇ                                  na [J].Energy,2019,189:116250.
                                                               [14]WANG Xianxun,MEIYadong,KONG Yanjun,etal.
            qÑÎÄnBS, ÎB£¤'ÑÑÒuÕoH«ˆ
                                                                   Improvedmultiobjectivemodelandanalysisofthecoor
            ‰, ?Q]h{QDI'ÁLËW¾ih{QDX
                                                                   dinatedoperation ofa hydrowindphotovoltaic system
            ¡Z'~, uÕo¼½µ¶^H«¾i=¹。
                                                                   [J].Energy,2017,134:813-839.
            _`7R:                                              [15]C +, =!%, 1=7, ‘. ÑX@'ÎW#ý°ÓZ
            [1]!"QDÜ. !"QDÜ'¸ 2020 •Þ!ÎiN‘#                        ǎu¤[J]. @i'Î,2020,46(5):114-117+126.
                Ìù× [EB/OL].(20210120)[20230415].http://   [16]QWš, ç E. ÑXZ'ÎW#¢.@˜Q΄^qV
                www.nea.gov.cn/202101/20/c_139683739.htm          •÷[J]. Ì8³U¢,2015,32(4):111-115+143.
            [2]X 6, vÐ;, ² ˜, ‘. IÇqXQDàeZýBSQ                 [17]/ ®, ×ÿ9, (Ø÷, ‘. ­xÎnÓEQiuà^
                i·1BF°†#=p;<[J]. ¢!Îi,2017,50                      ÎÊï§D^ÓúQW#qr[J]. ¢!γNO&
                (7):56-63.                                         c,2019,39(24):7209-7217+7494.
            [3]Óô!, …LL, ׯÌ, ‘. 'xÎDl\l)Z^Ý                   [18]LIUBenxi,LUNDJR,LIAO Shengli,etal.Optimal
                ÑÎÎiW#§D^ÓÓZ=p[J]. ÎiW##]V,                        powerpeakshavingusinghydropowertocomplementwind
                2018,42(17):111-119.                               andsolarpoweruncertainty[J].EnergyConversionand
            [4]ù c, ü&Ï, ‹ 7, ‘. @0'ÎqVÓZqr^äÇX                    Management ,2020,209:112628.
                z8pB¬­[J]. @i'Î&c,2020,39(6):49-61.            [19]QC5. ÑÎK@Îý°ÓZƒ„;<[D]. ¨8: Î
            [5]XUJiuping,WANGFengjuan,LVChengwei,etal.Car         Û%HI&,2015.
                bonemissionreductionandreliablepowersupplyequilibri  [20]¶vA, ×29, à }. ÝÑ X @ úZÎiW#^q
                umbaseddailyschedulingtowardshydrothermalwindgen  VÓZ;<[J]. ÎiKQD,2017,38(5):581-586.
                erationsystem:aperspectivefromChina[J].EnergyCon  [21]½>i. 'xÑÎ@Îý°Ô¶^¢8N³xx°;
                versionandManagement ,2018,164:1-14.               <[D]. I×: IאNI&,2013.
            [6]š ¤, \óD, ¿âÿ, ‘. Ýde@ý@Î^@8ÑZ                  [22]XUBin,ZHUFeilin,ZHONGPingan,etal.Identifying
                'ÎW#ý°Ô¶qV[J]. Îi#]VËÃ,2018,                      longtermeffectsofusinghydropowertocomplementwind
                38(2):100-108.                                     poweruncertaintythroughstochasticprogramming[J].
            [7]&2$, ¶ Ô. @XZH«;<B¬­[J]. @i'Î                      AppliedEnergy,2019,253:113535.
                &c,2017,36(7):1-13.                            [23]LIUYangang,JIANGChuanwen,SHENJingshuang,et
            [8]DURui,ZOUPenghui,MAChao.Multiobjectiveoptimal      al.Coordinationofhydrounitswithwindpowergeneration
                sizingofhybridenergystoragesystemsforgridconnected  usingintervaloptimization[J].IEEE Transactionson
                windfarmsusingfuzzycontrol[J].JournalofRenewable   SustainableEnergy,2015,6(2):443-453.
                andSustainableEnergy ,2021,13(1):014103.       [24]z ˜, 6“ , ¶s.. ÑίÑÇf ·¸ûùÌ8=
            [9]GEBRETSADIKY,FANTC,STRZEPEKK,etal.Opti             p^;<[J]. ¢!γNO&c,2005,25(10):107-110.
                mizedreservoiroperationmodelofregionalwindandhydro  [25]² Ù, ¶ Y, 6 :, ‘. …ÑDz³q¸êÂ=qr
                powerintegrationcasestudy:ZambeziBasinandSouthAf  [J]. ¢!γNO&c,2015,35(24):6351-6358.
                rica[J].AppliedEnergy,2016,161:574-582.                                   ( 456 145 7)
   134   135   136   137   138   139   140   141   142   143   144