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ID:34087688
大小:3.11 MB
页数:59页
时间:2019-03-03
《多能源互补微网的综合优化配置》由会员上传分享,免费在线阅读,更多相关内容在学术论文-天天文库。
1、Abstractsmallerstoragecapacityconfiguration.Thismethodishelpfulfornomattertheeconomyofinvestmentprojectorthereliabilityofpowersupply,anditalsooffersguidingsignificancefortheoptimizingconfigurationofnewenergycomplementarymicro-grid.KeyWords:Wind/Solar/hydropower/StorageHybridSystem;Microgrid;Optim
2、alConfiguration;GeneticAlgorithmIV万方数据目录目录第1章引言.............................................................................................11.1研究背景及意义...........................................................................................11.2多能源互补微网综合优化研究现状....................................
3、.......................31.3研究思路及内容...........................................................................................4第2章新能源及储能发电模型和特性分析.........................................52.1水力发电.......................................................................................................5
4、2.1.1水力发电的原理...................................................................................52.1.2水力发电出力特性与计算...................................................................52.1.3水电站水库长期运行的一般特性.......................................................72.2光伏发电...................................
5、....................................................................82.2.1光伏发电基本原理...............................................................................82.2.2光伏电池建模.......................................................................................82.2.3特性分析...........................
6、....................................................................92.3风力发电.....................................................................................................112.3.1风力发电基本原理.............................................................................112.3.2风力机特性分析..............
7、...................................................................122.4储能装置.....................................................................................................142.4.1蓄电池储能.............................
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