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一步开展常蓄结合式水电基地竞价交易策略研究;此外,常蓄结合式水电基地中,抽蓄电站与常规水
              电站有可能是多个开发主体,多主体之间如何协调运行、协调运行后的效益如何在多主体之间进行分
              配等问题也是未来的重点研究方向之一。


              参  考  文  献:


               [ 1 ] 王义民,刘世帆,李婷婷,等 .  雅砻江能源基地水风光互补短期调度运行模式对比研究[J]  水利学报,
                                                                                                 .
                      2023,54(4):439-450.
               [ 2 ] MA C, LIU L.  Optimal capacity configuration of hydro-wind-PV hybrid system and its coordinative operation rules
                      considering  the  UHV  transmission  and  reservoir  operation  requirements[J]   Renewable  Energy, 2022, 198:
                                                                                .
                      637-653.
               [ 3 ] 郭爱军,畅建霞,王义民,等 .  计及库容租赁与电量损益的混合式抽水蓄能电站容量电价计算[J]  水利学
                                                                                                    .
                      报,2025,56(2):193-204.
               [ 4 ] 陈帝伊,张猛,刘泳,等 .  考虑避振条件的水风光互补发电系统运行经济性评估[J]  水利学报,2024,55
                                                                                         .
                      (4):403-415.
               [ 5 ] 彭煜民,刘德旭,王雪林,等 .  计及水库运行约束的极端气象场景下抽蓄电站优化调度研究[J]  水利学报,
                                                                                                  .
                      2023,54(11):1298-1308
               [ 6 ] ZHANG  J, GUO  A, WANG  Y, et  al.   How  to  achieve  optimal  photovoltaic  plant  capacity  in  hydro-photovoltaic
                      complementary systems: fully coupling long-term and short-term operational modes of cascade hydropower plants
                      [J]  Energy,2024,313:134161.
                         .
               [ 7 ] JING Z, WANG Y, CHANG J, et al.  Construction of pumped storage power stations among cascade reservoirs to
                                                                                              .
                      support the high-quality power supply of the hydro-wind-photovoltaic power generation system[J]  Energy Conver‐
                      sion and Management,2025,323:119239.
               [ 8 ] 罗彬,陈永灿,苗树敏,等 .  融合改造的混合式抽水蓄能与风电联合运行短期调度模型[J]  水利学报,
                                                                                                 .
                      2023,54(8):955-966
               [ 9 ] TAN  Q, NIE  Z, WEN  X, et  al.   Complementary  scheduling  rules  for  hybrid  pumped  storage  hydropower-
                      photovoltaic power system reconstructing from conventional cascade hydropower stations[J]  Applied Energy,2024,
                                                                                        .
                      355:122250
               [ 10] HUNT  J  D, ZAKERI  B, LOPES  R, et  al.   Existing  and  new  arrangements  of  pumped-hydro  storage  plants[J]
                                                                                                          .
                      Renewable and Sustainable Energy Reviews,2020,129:109914.
               [ 11] DEANE J P,GALLACHÓIR B P Ó,MCKEOGH E J.  Techno-economic review of existing and new pumped hydro
                                       .
                      energy storage plant[J]  Renewable and Sustainable Energy Reviews,2010,14(4):1293-1302
               [ 12] YURTER G,NADAR E,KOCAMAN A S.  The impact of pumped hydro energy storage configurations on investment
                                                        .
                      planning of hybrid systems with renewables[J]  Renewable Energy,2024,222:119906.
               [ 13] JU C, DING T, JIA W, et al.  Two-stage robust unit commitment with the cascade hydropower stations retrofitted
                                      .
                      with pump stations[J]  Applied Energy,2023,334:120675.
                                                                                         .
               [ 14] 郭爱军,畅建霞,王义民,等 .  含混合式抽蓄的梯级水电站短期临界调峰模式[J]  水利学报,2024,55
                      (10):1210-1220,1235.
               [ 15] KOCAMAN A S,MODI V.  Value of pumped hydro storage in a hybrid energy generation and allocation system[J] .
                      Applied Energy,2017,205:1202-1215.
               [ 16] MAHFOUD R J,ALKAYEM N F,ZHANG Y,et al.  Optimal operation of pumped hydro storage-based energy sys‐
                      tems:A compendium of current challenges and future perspectives[J]  Renewable and Sustainable Energy Reviews,
                                                                         .
                      2023,178:113267.
               [ 17] 刘欣雨,罗彬,陈永灿,等 .  融合改造的梯级混合式抽蓄短期调峰优化模型[J]  电网技术,2025,49(3):
                                                                                      .
                      1217-1226.
               [ 18] WANG H,TAN X,LU X,et al.  Quantitative evaluation and optimization of synergistic regulation performance con‐
                      sidering  wear  in  short-term  response  of  hybrid  pumped  storage  systems[J]   Renewable  Energy, 2024, 237:
                                                                                .
                                                                                                — 979  —
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