电力调峰方式及其存在的问题  

The Adjusting Discharge Peak Methods and the Exiting Questions

作　　者：吕学勤[1] 刘刚[1] 黄自元[1] 

机构地区：[1]上海电力学院信控系

出　　处：《电站系统工程》2007年第5期37-40,共4页Power System Engineering

基　　金：上海市重点学科建设项目资助(P1301);上海市教育委员会一般科研项目资助(06LZ014);上海高等教育学会资助(20065509);上海市教育委员会一般科研项目资助(06LZ015)

摘　　要：针对目前国内调峰任务的日益突出及世界电力发展情况,分析了国内外的主要调峰方式及主要调峰方式存在的问题,并论述了需求侧管理在调峰中的作用。指出随着电网容量的不断增大,生产具有调峰能力的大容量火电机组,并大力提高机组运行的自动化水平,已成为今后发展我国电力工业的当务之急。蓄能调峰是我国乃至世界电力工业调峰的必然趋势,氢能、太阳能和闪电也是可以作为调峰的能源,是以后研究的方向。According to the prominent adjusting discharge peak duty of the country and the development of world electric power, the domestic and foreign main adjusting discharge peak methods and its existing questions are analyzed, and the function of the demanding side management adjusting discharge peak is discussed. With the increasing of electrical network capacity, producing the large capacity thermal power unit that has the adjusting discharge peak ability and enhancing the automatic level of the unit movement has become the urgent matter to our country＇s electric power industry. Gathering energy is the inevitable adjusting discharge peak trend of the electric power industry in our country and even in the world. The hydrogen energy, the solar energy and the lightning may be also the energy of adjusting discharge peak, which can be direction that we will study later.

关 键 词：调峰 大容量机组 蓄能 氢能 

分 类 号：TM71[电气工程—电力系统及自动化]