台湾电力的过去、现在和未来

台湾能源资源贫乏,能源供给对外依赖性大,能源工业规模相对较小.通过介绍台湾电力的发展历程、目前情况和未来展望以期社会各界广泛了解.     

伊朗电力工业的概况和展望

伊朗作为发展中国家之一，拥有世界7％的石油储藏量，也是世界上第2大天然气储备国。本文介绍伊朗电力工业的现状，包括用电、输配电网的建设、可再生能源的开发、核电的进展、产业私有化等情况，并对其未来电力规划建设前景进行了展望。     

江苏电网电能质量管理工作现状

总结了近几年江苏电网电能质量的基本情况，并就江苏电网的电能质量现状和问题作了简要分析，针对电力系统和经济发展的需要，提出了改善和提高电能质量的对策。     

电力系统谐波检测技术的现状与发展趋势

为了准确地了解电网中谐波的情况,解决日益严重的电能质量问题,文章分析了现有国内外谐波测量方法的特点,结合广西电网谐波测量的现状,探讨了各种谐波测量方法的工程应用前景,可为电力系统谐波测量方法的选择提供参考.     

Present Status and Future Development of Electric Technology in Power Plant of China

1.GeneralInthepasttwodecades,thankstothe"reformandopen"policy,theelectricpowerindustryinChinadevelopedquickly.Theinstalledcapacityisincreasedontheratenolessthan15GWperyearinthelatesttenyears.Theunitcapacityhadreached300Wand600MW.BecausesomeforeignsetsandadvancedtechnologieswereimportedintoChina,technologiesofdesignandmanufacturehaveprogressedquickly.ThetechnicalgapbetweenChinaanddevelopedcountrieshasbeenreducedcontinuously.Awiderchoicecanbemadeinelectricdesignandahighertechnicallevelhasbee…     

Electric Power Engineering Education National Trends

At a time when energy issues are of great importance and the Power Industry has an increasing demand for the best young minds available to solve its problems, trends have developed that suggest possible future problems for Power Engineering Education. This paper reviews these national trends.     

Tides and Trends in the World's Electric Power Industry

The use of nuclear energy will decline in the short term but likely increase substantially in the longer term, while the use of renewable energy from biomass and wind will increase only slightly in the absence of a significant policy driver. Coal is at a crossroad, either resolving its environmental challenges and regaining its competitive edge, or suffering a possibly precipitous decline with ratification of the Kyoto Protocol.     

电能系统未来发展趋势及其对电力电子技术的挑战

为了应对21世纪以来气候变化、环境和能源等问题的严峻挑战,电能系统逐步展现了新的发展趋势。首先,讨论和归纳了电能系统如下的发展趋势:更多地采用可再生能源;更多地采用基于微网形式的分布式电能系统;更多地采用直流方式进行输配电以及越来越电子化等。然后,分析了这些发展趋势对电力电子技术——电能转换与控制的核心技术提出的严峻挑战,并指出这些挑战中有些是依靠电力电子技术领域内的努力就能够应对的,而有些则需要电力电子技术与其他相关领域的密切合作才能有效应对。     

Present Situation and Future Trends of River-Basin Cascade Hydropower Dispatch in China

Hydropower resources in river basins are typically developed in a cascade manner. The cascade hydropower stations use water from the same river; in a sense, they form a cluster of hydropower stations which are linked together by the river stream. The dispatch and management of the cascade hydropower stations in a river basin differ from those of an ordinary single hydropower station. Without doubt, unified dispatch can facilitate the full harnessing of hydraulic resources and is in a better position to fulfill the objectives in the development of river basin. As a result, more and more river-basin cascade power stations around the world implement unif ied dispatching.     

电力建设监理现状与对策

无论是在工业化国家还是在发展中国家,监理正变得日益重要。本文讨论了电力建设监理存在一些主要问题,并对解决这些问题的方法和对策提出了建议,为该领域的进一步研究提供了一些新思路。     

对电能质量改善的几点看法

本阐述了改善电能质量的意义，影响电能质量的因素，制定、完善和贯彻电能质量标准的重要性和必要性，提出了完善电能质量监督管理体系，建立全国电力谐波监测中心的具体建议，还指出了加强科研工作的方向。     

虚拟式电能质量监测系统原理及实现

简要概述了在中文WINDOWS2000环境下用VISUALC++的MFC(微软基本类库)实现虚拟式电能质量监测系统的基本结构及原理。     

电力装备制造业的机遇与未来

电力与电力装备制造业是支撑国民经济建设持续、快速、健康发展和全国建设小康社会的支柱产业。电气化程度的普及与提高是体现国家整体和国民生活水平的重要标志。     

配电自动化的现状与未来

在配电自动化技术的基础上,着重综述了配电自动化的发展趋势,包括基于通信的功能分层分布,配电网的系统保护,基于新原理的小电流接地保护,数字式的电能质量控制装置,综合的、信息共享的一体化系统。     

电力系统技术发展的新趋势

分析了电力系统发展将面临的问题，介绍了近年来国内外为解决这些问题而进行研究和开发的技术。包括紧凑型电线路、动态热限额、灵活输电技术、高温超导输电、电力企业信息一体化等方面的技术发展趋势。     

当今世界风力发电最新动向

该文简介当今世界风电的发展水平、发展规划、减少CO2 的效果及面临的课题等。表 4     

Educating for Tomorrow's Needs in the Electric Power Systems Engineering Profession

The changing needs of the electric power systems engineering field are related to increasingly sophisticated demands on electric energy. Research oriented educational philosophy is proposed for providing engineering students with the background, tools, and incentives necessary to function creatively in solving some of today's challenging engineering problems. A graduate program at MIT designed around this philosophy is presented and discussed.     

山区城市电力需求预测分析

本文介绍了电力需求预测常用的几种方法,对其各自的优缺点和适用范围进行了分析比较,结合韶关地区的电力需求数据,指出山区市在电力需求预测方面应采取的思路和方法。