Status Quo and Trends of Superconducting Power Transmission Technology
Xiao Liye1,2, Lin Liangzhen1,2
1.Applied Superconductivity Laboratory Chinese Academy of Science Beijing 100190 China; 2.Institute of Electrical Engineering Chinese Academy of Science Beijing 100190 China
Abstract：With the increasing development of renewable energy,it is expected that large-scale renewable power would be transported from the west and north area of China to the east and south area.For this reason,large-capacity long-distance power transmission technology would be necessary for China’s power grid even in the future.Superconducting power transmission (SCPT) technology is a potential alternative for this requirement.In this paper,we review the R&D status of superconducting power transmission around the world,discuss the possible trends of SCPT in the future,and then offer some proposals for future SCPT R&D in China.
肖立业, 林良真. 超导输电技术发展现状与趋势[J]. 电工技术学报, 2015, 30(7): 1-9.
Xiao Liye, Lin Liangzhen. Status Quo and Trends of Superconducting Power Transmission Technology. Transactions of China Electrotechnical Society, 2015, 30(7): 1-9.
[1] International Energy Agency.Key World Energy Statistics 2011[R].2011. [2] 周孝信,等.能源变革中电网技术发展预测与对策研究[R].中国科学院,2012. [3] 严陆光,等.中国科学院学部咨询报告:21世纪上半叶我国能源可持续发展体系战略报告[R].中国科学院,2007. [4] 中国科学院国家科学图书馆.先进能源科技专辑[N].科学研究动态监测快报,2010,132(22). [5] 许洪华,等.青海可再生能源发展前景展望[C].第五届中国(无锡)国际新能源大会暨展览会,无锡,2013. [6] Arthouros Zervos,Christine Lins,Josche Muth.Re-thinking 2050,a 100% renewable energy vision for the european union[M].European Renewable Energy Council,2010. [7] 中国科学院国家科学图书馆.先进能源科技专辑[N].科学研究动态监测快报,2011,138(4). [8] 周孝信.未来电网所面临的挑战及其对超导技术的需求分析[C].第505次香山科学会议“超导技术在未来电网中的应用”,北京,2014. [9] Ecroad S.Superconducting DC cables for high power transport over long distance[C].IASS Brain-storming on Transporting Tens of Giga-Watts of Green Power to the Market,Potsdam,Germany,2011. [10]Selvamanickam V,Dackow J.Progress in super power’s 2G HTS wire development and manufacturing[C].2010 DOE Advanced Cables & Conductors Peer Review,Alexandria,VA,2010. [11]Izumi T,Shiohara Y.R&D of coated conductors for applications in Japan[J].Physica C:Superconductivity,2010,470(20):967-970. [12]Kutami H,Hayashida T,Hanyu S,et al.Progress in research and development on long length coated conductors in Fujikura[J].Physica C:Superconductivity,2009,469(15-20):1290-1293. [13]Shiohara Y,Yoshizumia M,Izumi T,et al.Current status and future prospects of Japanese national project on coated conductor development and its applications[J].Physica C:Superconductivity,2008,468(15-20):1498-1503. [14]Prusseit W,Hoffmann C,Nemetschek R,et al.Reel to reel coated conductor fabrication by evaporation[J].IEEE Transations on Applied Superconductivity,2006,16(2):996-999. [15]熊光成.MgB2超导电性的发现及新一轮高临界温度超导研究热潮[J].物理,2001,30(4):197-199. Xiong Guangcheng.Discovery of Superconducting MgB2 renews interest in high Tc superconductors[J].Physics,2001,30(4):197-199. [16]Gao Zhaoshun,Ma Yanwei,Zhang Xianping,et al.Influence of oxygen contents of carbohydrate dopants on connectivity and critical current density in MgB2 tapes[J].Applied Physics Letter,2007,91(16):162504-162508. [17]肖立业,林良真,戴少涛.新能源变革背景下的超导电力技术发展前景[J].物理,2011,40(8):500-504. Xiao Liye,Lin Liangzhen,Dai Shaotao.The prospects of superconducting power technology at the coming age of new energy[J].Physics,2011,40(8):500-504. [18]Debbie Haught,Overview of DOE High Temperature Superconductivity (HTS) cable projects[EB/OL].[2007-02-19].http://www.narucmeetings.org/Presentations/Haught.NARUC.pdf. [19]Yoon Jae-young,Lee Seung Ryul,Kim Jong Yul.Application methodology for 22.9 kV HTS cable in metropolitan city of south Korea[J].IEEE Transactions on Applied Superconductivity,2007,17(2):1656-1659. [20]Yamaguchi S.Experimental results of the 200-meter cable test facility and design study of the longer and high power DC superconducting transmission for world power network[C].1st Asia-Arab Sustainable Energy Forum,Nagoya,Japan,2011:23-26. [21]Park M.Progress of HTS for power in Korea[C].ISS2011,Tokyo,Japan,2011. [22]Xiao Liye,Dai Shaotao,Lin Liangzhen,et al.Research and development of HTS superconducting power cable[J].IEEE Transaction on Applied Superconductivity,2007,17(2):1652-1655. [23]Xiao Liye,Dai Shaotao,Lin Liangzhen,et al.Development of the world’s first HTS power substation[J].IEEE Transactions on Applied Superconductivity,2012,22(3):5000104. [24]Xin Ying,Hou Bo,Bi Yanfang,et al.China’s 30 m,35 kV/2 kA ac HTS power cable project[J].Superconductor Science and Technology,2004,17(5):332-335. [25]Xiao Liye,Dai Shaotao,Lin Liangzhen,et al.Development of a 10 kA HTS DC power cable[J].IEEE Transactions on Applied Superconductivity,2012,22(3):5800404. [26]肖立业,林良真.构建全国统一的新能源电网,推进我国智能电网的建设[J].电工电能新技术,2009,28(4):54-59. Xiao Liye,Lin Liangzhen.Construction of unified new-energy based power grid and promotion of China’s smart grid[J].Advanced Technology of Electrical Engineering and Energy,2009,28(4):54-59. [27]肖立业.大力发展直流电网技术的建议[P].中国科学院专报信息,2012年1月12日. [28]肖立业,林良真.未来电网初探[J].电工电能新技术,2011,30(1):56-63. Xiao Liye,Lin Liangzhen.Investigations on architecture and operation pattern of future power grid[J].Advanced Technology of Electrical Engineering and Energy,2011,30(1):56-63. [29]肖立业,林良真,徐铭铭,等.未来电网——多层次直流环形电网与“云电力”[J].电工电能新技术,2011,30(4):64-69. Xiao Liye,Lin Liangzhen,Xu Mingming,et al.Future powergrid——Multiple-level DC loop grid and “Cloud Powering”[J].Advanced Technology of Electrical Engineering and Energy,2011,30(4):64-69. [30]United States Department of Energy Office of Electric Transmission and Distribution.Grid 2030—A National Vision For Electricity’s Second 100 Years[R].DOE,USA,2003. [31]周孝信.新能源变革中电网技术的发展前景[C].“新能源·新电气”全国研究生学术论坛,北京,2011.
2015, Vol. 30 
