长江流域资源与环境 >> 2010, Vol. 19 >> Issue (01): 7-.

• 区域可持续发展 • 上一篇    下一篇

江苏省能源可持续发展模式初探

郝丽莎| 赵 媛   

  1. (南京师范大学地理科学学院, 江苏 南京 210046)
  • 出版日期:2010-01-20

RESEARCH ON ENERGY SUSTAINABLE DEVELOPMENT PATTERNS IN JIANGSU PROVINCE

HAO Li-sha, ZHAO Yuan   

  1. (School of Geographical Science,Nanjing Normal University, Nanjing 210046, China)
  • Online:2010-01-20

摘要:

针对目前江苏省能源可持续发展面临的挑战,以保障江苏能源综合供需平衡和实现能源经济环境协调发展为目标,以调整能源结构、优化能源供给体系、提高能源转化效率和清洁性为立足点,以充分利用省内不同区位的能源发展优势为主线,因地制宜地提炼出江苏省能源可持续发展的基本模式,包括自有资源优化开发模式和外部资源导入开发模式两大类型。其中,自有资源优化开发模式又可分为徐州煤炭工业综合体、苏北石油工业基地和沿海滩涂型可再生能源基地3种子模式;外部资源导入开发模式可分为沿江电力生产基地、苏南电力负荷中心和沿海临港型能源基地3种子模式。各种模式协同发展,有利于增强江苏省的能源可持续发展能力.

关键词: 能源可持续发展/ 能源供需平衡/ 能源结构调整/ 能源转化效率/ 环境友好

Abstract:

To deal with the challenges that face the energy sustainable development in Jiangsu Province, this paper aimed at ensuring balanced supply and demand of energy and coordinating energyeconomyenvironment system,focused on energy structure optimization,energy supply system optimization and promotion of energy conversion efficiency and its cleanability,and took full utilization of advantages for energy development in various locations in Jiangsu as the main thread,so as to extract basic patterns of energy sustainable development in Jiangsu,which consisted of optimal exploitation pattern of own resources and the exploitation pattern of imported resources.The optimal exploitation pattern of own resources can be subdivided into three subpatterns,that is,Xuzhou Coal Industrial Complex,North Jiangsu Oil Industry Base and Coastal Mudflat Renewable Energy Base;the exploitation pattern of imported resources can be also subdivided into three subpatterns,that is,Yangtze Electricity Industry Base,South Jiangsu Load Center and Coastal Port Energy Base.Such energy sustainable development patterns  coordinate with each other,which helps enhance Jiangsu's ability to achieve energy sustainable development.

Key words: energy sustainable development/ balanced supply and demand of energy/  energy structure optimization/ energy conversion efficiency/environment friendliness

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