Analysis of basic conditions of the power grid interconnection among Xinjiang, Pakistan, and five Central Asian countries
|
摘要
Inter-regional and transnational grid interconnection is necessary for energy development. Xinjiang, which is rich in renewable energy resources, is adjacent to countries in Central Asia and has great potential for interconnection with its neighbors. This paper outlines China's relevant policies for transnational power interconnection, and introduces the energy structure, load demand endowments, and power supply status of Xinjiang, Pakistan, and five Central Asian countries. Further, it analyzes the advantages of the multinational power interconnection from the aspects of power supply and load complementation. Finally, from the perspective of technical support and practical basis, the feasibility of interconnection between Xinjiang, Pakistan, and five Central Asian countries have been analyzed. This paper provides a theoretical basis for promoting and implementing China's "Belt and Road" power transnational interconnected development strategy.
Inter-regional and transnational grid interconnection is necessary for energy development. Xinjiang, which is rich in renewable energy resources, is adjacent to countries in Central Asia and has great potential for interconnection with its neighbors. This paper outlines China's relevant policies for transnational power interconnection, and introduces the energy structure, load demand endowments, and power supply status of Xinjiang, Pakistan, and five Central Asian countries. Further, it analyzes the advantages of the multinational power interconnection from the aspects of power supply and load complementation. Finally, from the perspective of technical support and practical basis, the feasibility of interconnection between Xinjiang, Pakistan, and five Central Asian countries have been analyzed. This paper provides a theoretical basis for promoting and implementing China's "Belt and Road" power transnational interconnected development strategy.
Inter-regional and transnational grid interconnection is necessary for energy development. Xinjiang, which is rich in renewable energy resources, is adjacent to countries in Central Asia and has great potential for interconnection with its neighbors. This paper outlines China's relevant policies for transnational power interconnection, and introduces the energy structure, load demand endowments, and power supply status of Xinjiang, Pakistan, and five Central Asian countries. Further, it analyzes the advantages of the multinational power interconnection from the aspects of power supply and load complementation. Finally, from the perspective of technical support and practical basis, the feasibility of interconnection between Xinjiang, Pakistan, and five Central Asian countries have been analyzed. This paper provides a theoretical basis for promoting and implementing China's "Belt and Road" power transnational interconnected development strategy.
引文
[1]Liu Z(2015)To establish global energy interconnection to facilitate clean and green development of energy.Beijing:People’s Daily,2015-10-22(11)
[2]Liu Z(2015)Global Energy Interconnection.Beijing:China Electric Power Press,2015:199-253
[3]Yuan J(2018)Green Power Cooperation on the“One Belt and One Road”.Project Management Review,2018(1)
[4]Wu Y,Cui L(2015)Study on Sustainable Development of Xinjiang Power Grid under the Background of“One Belt and One Road”.Research On Development,181(6):5-9
[5]Yu M,Fan A(2018)Global Energy Internet:Promoting New Opportunities for the Development of“One Belt and One Road”.Theory Journal,2018(1)
[6]Liu K,Li J,Luo J et al(2016)Synchronous Power Grid Development Trend and China’s Energy Interconnection Development.Electric Power Construction,37(6):1-9
[7]Liu Z(2016)Research of Global Clean Energy Resource and Power Grid Interconnection.Proceedings of the CSEE,36(19):5103-5110
[8]Liu Z(2016)Building Global Energy Internet and Promoting World Energy Transformation.Energy Review,2016(4):20-25
[9]Liu Z(2018)“Global Energy Internet Backbone Network Research”report.Beijing:Global Energy Interconnection Development and Cooperation Organization,2018
[10]Luo J,Han F,Li J(2008)Prospect of Electric Power Grid Interconnection in Central Asia and Circumjacent Countries.Electric Power Technologic Economics,20(6):18-33(In Chinese)
[11]Duan X,Zhang X(2015)The Exploration of China-Central Asia Electric Silk Road.Finance&Economics of Xinjiang,2015(1):62-68(In Chinese)
[12]Qiao G,Yuan T,Shakenbieke A(2015)Development Situation of Electric Power Industry of Five Countries in Central Asia and Analysis on Cooperation Chance.Power Capacitor&Reactive Power Compensation,36(3):81-85(In Chinese)
[13]Zhu J,Niu X,Yang C(2015)Study on the Development Opportunity and Risk of Clean Energy Cooperation in Five Central Asian Countries.Central Asian Information,2015(7):30-33
[14]Xia J,Wang C,Xu X et al(2016)Renewable energy generation linked by future China-Arab interconnection.Power System Technology,40(12):3662-3670
[15]Li H,Luo J,Wan Q(2013)Manual complementariness optimization of electrical source involving intermittent power.Power System Protection&Control,41(9):34-39
[16]Shi Y(2015)The economic dispatch of power system containing wind power and photovoltaic power considering carbon trading and the change of spare capacity.Shandong University,2015
[17]Hu Q(2013)The Research On Dynamic Economic Dispatch Of Power System Containing Large Scale Wind-Photovoltaic Power.Southwest Jiaotong University,2013
[18]Zheng Z,Yin G,Song W et al(2015)Status Analysis of Network Interconnection in Europe and Its Implication to Energy Internet Construction.Electric Power Construction,36(10):40-45
[19]Fan S,Fan R,Ai Q et al(2015)European Supergrid project and its enlightenment to China’s power grid.Automation of Electric Power Systems,39(10):6-15
[20]Yao M,Li N(2014)An introduction to European Supergrid and its solutions.Power System Technology,38(3):549-555
[2]Liu Z(2015)Global Energy Interconnection.Beijing:China Electric Power Press,2015:199-253
[3]Yuan J(2018)Green Power Cooperation on the“One Belt and One Road”.Project Management Review,2018(1)
[4]Wu Y,Cui L(2015)Study on Sustainable Development of Xinjiang Power Grid under the Background of“One Belt and One Road”.Research On Development,181(6):5-9
[5]Yu M,Fan A(2018)Global Energy Internet:Promoting New Opportunities for the Development of“One Belt and One Road”.Theory Journal,2018(1)
[6]Liu K,Li J,Luo J et al(2016)Synchronous Power Grid Development Trend and China’s Energy Interconnection Development.Electric Power Construction,37(6):1-9
[7]Liu Z(2016)Research of Global Clean Energy Resource and Power Grid Interconnection.Proceedings of the CSEE,36(19):5103-5110
[8]Liu Z(2016)Building Global Energy Internet and Promoting World Energy Transformation.Energy Review,2016(4):20-25
[9]Liu Z(2018)“Global Energy Internet Backbone Network Research”report.Beijing:Global Energy Interconnection Development and Cooperation Organization,2018
[10]Luo J,Han F,Li J(2008)Prospect of Electric Power Grid Interconnection in Central Asia and Circumjacent Countries.Electric Power Technologic Economics,20(6):18-33(In Chinese)
[11]Duan X,Zhang X(2015)The Exploration of China-Central Asia Electric Silk Road.Finance&Economics of Xinjiang,2015(1):62-68(In Chinese)
[12]Qiao G,Yuan T,Shakenbieke A(2015)Development Situation of Electric Power Industry of Five Countries in Central Asia and Analysis on Cooperation Chance.Power Capacitor&Reactive Power Compensation,36(3):81-85(In Chinese)
[13]Zhu J,Niu X,Yang C(2015)Study on the Development Opportunity and Risk of Clean Energy Cooperation in Five Central Asian Countries.Central Asian Information,2015(7):30-33
[14]Xia J,Wang C,Xu X et al(2016)Renewable energy generation linked by future China-Arab interconnection.Power System Technology,40(12):3662-3670
[15]Li H,Luo J,Wan Q(2013)Manual complementariness optimization of electrical source involving intermittent power.Power System Protection&Control,41(9):34-39
[16]Shi Y(2015)The economic dispatch of power system containing wind power and photovoltaic power considering carbon trading and the change of spare capacity.Shandong University,2015
[17]Hu Q(2013)The Research On Dynamic Economic Dispatch Of Power System Containing Large Scale Wind-Photovoltaic Power.Southwest Jiaotong University,2013
[18]Zheng Z,Yin G,Song W et al(2015)Status Analysis of Network Interconnection in Europe and Its Implication to Energy Internet Construction.Electric Power Construction,36(10):40-45
[19]Fan S,Fan R,Ai Q et al(2015)European Supergrid project and its enlightenment to China’s power grid.Automation of Electric Power Systems,39(10):6-15
[20]Yao M,Li N(2014)An introduction to European Supergrid and its solutions.Power System Technology,38(3):549-555
© 2004-2018 中国地质图书馆版权所有 京ICP备05064691号 京公网安备11010802017129号 地址：北京市海淀区学院路29号 邮编：100083 电话：办公室：(+86 10)66554848；文献借阅、咨询服务、科技查新：66554700 |