资源描述：
《海上风电技术发展》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、海上风电技术发展Technology Development for Offshore Wind Farms姚良忠国网电力科学研究院No 8, NARI Road, Nanjing, ChinaTel: +86-25-8309-2239e-mail: yaoliangzhong@sgepri.sgcc.com.cn2011IERE-SGEPRINanjingWorkshop,24–27July2011,Nanjing,China内容1.风电发展现状2.风电发展的技术问题及挑战3.主要风电并网技术方案4.将来的研发重点20
2、11IERE-SGEPRINanjingWorkshop,24–27July2011,Nanjing,China1风电发展背景4500040000•WorldElectricityDemandSettot3500030000Double2500044%–Additional4,800GWnewcapacityby20000emissionsinM21500041%O2030C1000034%5000–TrackedbyCO2emissions0199019952000200520102015202020252030–En
3、vironmentconcernPowerGenerationTotalCO2emissions•EUCoreObjectives(20-20-20Targets,2008)–Greenhousegasemissionsreductionby20%by2020(below1990level)–20%increaseinenergyefficiencyyyby2020–20%renewableenergyby2020•China(2009)–Aimstoreducecarbonemissionsrelativetoecon
4、omicgrowth(GDP)by40to45%by2020(below2005level)2011IERE-SGEPRINanjingWorkshop,24–27July2011,Nanjing,China海上风电–美国的发展OffshoreWindPowerinUS397.5万2011IERE-SGEPRINanjingWorkshop,24–27July2011,Nanjing,China2海上风电–欧洲的发展•WindPowerinEurope2010欧洲2010风电总容量-Totalinstalledcapa
5、cityinEurope欧洲总装机:86.3GW-TotalinstalledcapacityinEU欧共体总装机:84.3GW5.204GW27.214GW5.660GW5.797GW20.676GW2011IERE-SGEPRINanjingWorkshop,24–27July2011,Nanjing,China海上风电–欧洲的发展（英国）OffshoreWindFarmsintheUKOffshoreWindFarmsintheUK--Rounds1&2第一及第二轮–Round1:2002,15sites;60-
6、90MWeach2011IERE-SGEPRINanjingWorkshop,24–27July2011,Nanjing,China–Round2:2005,15sites,upto1200MWeach,7.17GW3海上风电–欧洲的发展（英国）OffshoreWindFarmsintheUKOffshoreWindFarmsintheUK--Round 3 Round 3 第三轮海上风电第三轮海上风电2011IERE-SGEPRINanjingWorkshop,24–27July2011,Nanjing,ChinaR
7、ound3: 9 Sites, 25GW (2500万) Proposed海上风电–欧洲的发展（英国）OffshoreWindFarmsintheUKOffshoreWindFarmsintheUK--Round 3 Round 3 第三轮海上风电第三轮海上风电2011IERE-SGEPRINanjingWorkshop,24–27July2011,Nanjing,China4海上风电–欧洲的发展•WindShareofTotalElectricityConsumptioninEurope2010欧洲2010年风电在总
8、电力消耗的比重2011IERE-SGEPRINanjingWorkshop,24–27July2011,Nanjing,China海上风电–欧洲的发展•EuropeanWindInitiative(EWI,EWEA)欧洲风电发展的目标–20%in2020(230GW)–33%in2030(400GW)–50%in20
