摘要
安全、高效、低碳是现代能源系统转型的主要要求,能源技术发展为分布式能源与新能源的耦合带来的新机遇。鉴于分布式能源在能源系统转型中的特殊地位,研究多能互补系统的定位与形态演变,为我国能源转型提供借鉴。首先,文章阐述了多能互补系统在我国能源变革中的地位,指出了适应能源系统形态演变规律的多能互补发展的关键技术。其次,多能互补的新能源发电和储能的协调规划和调度技术,信息技术与能量转换装置的集成设计和协调配置将促进多能互补系统的构建,同时并构建了多能互补系统评价指标体系。再次,论述了各个国家多能互系统构建项目的进展,并介绍了我国开展的示范项目进展。最后,对我国多能互补系统的重点攻关技术方向进行了总结。
Safety,high efficiency and low carbon are the main requirements of the modern energy system transformation,and the development of energy technology brings new opportunities for the coupling of distributed energy and new energy.In view of the special position of distributed energy in the energy system transformation,the research on the positioning and morphological evolution of multi energy complementary system can provide reference for the energy transformation in China.First of all,this paper expounds the position of energy complementary system in the energy transformation in China,and points out the key technologies of multi energy complementary development that can adapt to the evolution of energy system law.Secondly,multi energy complementary new energy power generation,energy storage coordinated planning and scheduling technology,information technology and the integrated design and coordination configuration of energy conversion device will promote to the construct of complementary systems,at the same time,the evaluation index system of multi energy complementary is established.Thirdly,this paper discusses the construction progress of multi energy mutual system in each country,and introduces the progress of demonstration project in our country.Finally,this paper summarizes the technical direction of key research on multi energy complementary system in China.
出处
《分布式能源》
2017年第5期1-10,共10页
Distributed Energy
基金
国家自然科学基金项目(71573084)
中央高校基本科研业务费专项资金资助项目(2017XS110)~~
关键词
多能互补
系统构建
能源耦合
关键技术
multi energy complementary
system construction
energy coupling
key technologies
