我国风力发电现状和展望

借助大量翔实的统计信息,从风电场各年的装机容量、分布状况、投资情况及风电机组的市场份额和国产化等方面分析我国2002年底风力发电现状和存在的问题,认为存在的主要问题有政策上的也有技术上的,并对我国今后风电的发展趋势作了分析。     

风力发电的现状与进展

综述国内外风电发展的现状,各国风机的装机容量,未来世界风电的发展趋势以及风力发电的成本。我国虽然风机总装机容量已达1200MW,但其所占比例还很小,需大力扶持与发展。     

关于发展我国风力发电问题的思考

阐述风电的优势。指出我国虽有丰富的风能资源 ,但发展现状存在着问题。提出加快我国风电发展的策略建议     

我国风力发电发展现状和问题分析

能源危机的日趋严重,优化能源结构、发展清洁环保的可再生能源迫在眉睫。风能是一种清洁环保的可再生能源,随着国家政策的支持和风力发电技术的不断发展,风力发电越来越得到人们的重视,并将在新能源发电中扮演重要的角色。概述了我国风能资源的储量和分布,介绍了近年来我国风力发电的总体情况、各省(自治区)风力发电的发展概况以及我国风电企业的发展现状,最后指出了我国风力发电目前出现的一些问题,并进行了分析。     

关于发展我国风力发电问题的思考

阐述风电的优势。指出我国虽有丰富的风能资源，但发展现状存在着问题。提出加快我国风电发展的策略建议。     

我国风力发电的现状与展望

我国风力发电的现状与展望杨海由于矿物燃料日益减少和人类对环境的关注，风能作为一种无污染的能源越来越受到世人的重视。我国的风电事业经过十年来的发展，取得了可观的成绩。首先，１０００瓦以下的小型风力机在我国已推广１２万台；居世界首位。推广的地区主要是内蒙...     

海上风力发电进展

近年来风力发电工业发展迅速，海上风能以其突出的优势受到重视。本文对近年来国外几种典型的海上风能资源评估方法做出述评，简要叙述了国外海上风电技术发展与应用的现状，分析了海上风能利用的经济性，并介绍了一些主要国家进一步发展海上风电的计划。     

风力发电的现状与展望

为了社会经济可持续发展 ,改善能源结构 ,风力发电具有广阔的发展前景。通过分析国际、国内风力发电的现状和发展趋势 ,提出我国风电发展的建议。     

世界风能资源开发现状和政策分析及对我国的启示

介绍世界风大国的风能资源开发现状和政策,并分析我国风能资源开发利用现状,()国与风电大国之间的差距.风电大国的风能开发经验表明.要大力发展风能建设,需要在政策、市场及风电上网等方面为风电发展创造良好的环境.结合我国的实际状况,提出我国今后风能开发应注意的问题.     

浅谈中国风力发电的现状与发展前景

风力作为可再生能源,它对环境的保护以及能源结构的调整有着十分重要的意义.首先对中国的风能发布做了简单介绍,然后分析了中国风力发电的现状,最后指出了中国风力发电的未来发展趋势.     

2012年我国风电市场发展综述

我国风电开始从快速发展期进入稳步发展期,2012年风电正式成为全国第三大电源,但也面临着前所未有的消纳困难。与过去几年相比,风电增长速度放缓,风电设备制造企业产能过剩的问题进一步暴露出来。     

中国太阳能热发电产业的发展现状及前景

主要阐述了太阳能热发电技术、国内外太阳能热发电产业的发展现状、国内热发电产业存在的问题,并提出了几点建议。最后,展望了国内热发电产业的发展前景。     

中国中长期风电发展路线图

我国风电已进入了大规模发展阶段,但目前在电力系统中占的份额小,进一步发展面临并网和技术创新等多方面的挑战。本文从资源评价与开发、技术研发与创新、电网融合及政策保障等方面,探讨我国风电长期(2050年)发展目标和实现途径,并提出未来十年的关键行动。     

西班牙风电发展及对我国的启示——西班牙歌美飒公司专访

随着我国风电装机规模的不断扩大,对风电接入电网及风电设备的安全运行管理提出了新的更高要求。笔者通过亲赴西班牙实地考察,了解了西班牙风电的发展状况和趋势。本文通过在西班牙考察的所见所闻,总结了西班牙风电发展的成功经验,并对我国风电的健康持续发展提出了相关建议。     

宁夏风力发电前景分析

能源是人类赖以生存的物质基础,是国民经济的基本支撑。中国的能源供应主要依靠煤炭、石油和天然气等化石能源,尤其是宁夏的能源供应主要依靠煤炭,但是化石能源资源的有限性及其开发利用过程对生态环境造成的巨大影响,严重制约经济社会的可持续发展。叙述了宁夏风能资源的现状,分析了风力发电的前景。     

Wind energy and assessment of wind energy potential in Turkey

In this study, the potential of wind energy and assessment of wind energy systems in Turkey were studied. The main purpose of this study is to investigate the wind energy potential and future wind conversion systems project in Turkey. The wind energy potential of various regions was investigated; and the exploitation of the wind energy in Turkey was discussed. Various regions were analyzed taking into account the wind data measured as hourly time series in the windy locations. The wind data used in this study were taken from Electrical Power Resources Survey and Development Administration (EIEI) for the year 2010. This paper reviews the assessment of wind energy in Turkey as of the end of May 2010 including wind energy applications. Turkey's total theoretically available potential for wind power is around 131,756.40 MW and sea wind power 17,393.20 MW annually, according to TUREB (TWEA). When Turkey has 1.5 MW nominal installed wind energy capacity in 1998, then this capacity has increased to 1522.20 MW in 2010. Wind power plant with a total capacity of 1522.20 MW will be commissioned 2166.65 MW in December 2011.     

Wind energy resource assessment for five locations in Saudi Arabia

The analysis of recently collected wind data at five sites in Saudi Arabia namely, Dhulum, Arar, Yanbu, Gassim and Dhahran is presented. The five sites represent different geographically and climatologically conditions. The data collected over a period spanned between 1995 and 2002 with different collection periods for each site. Daily, monthly and frequency profiles of the wind speed at the sites showed that Dhulum and Arar sites have higher wind energy potential with annual wind speed average of 5.7 and 5.4 m/s and speeds higher than 5 m/s for 60 and 47% of the time, respectively. The two sites are candidates for remote area wind energy applications. The costal site's, i.e. Yanbu and Dhahran wind speed data indicated that the two sites have lower annual wind speed averages and wind blows at speed higher than 5 m/s during afternoon hours. That makes the two sites candidates for grid connected wind systems for electrical load peak shaving. The data of Gassim site showed that the site has the lowest wind energy potential compared to the others. The annual energy produced by a Nordex N43 wind machine is estimated to be 1080, 990, 730, 454 and 833 MWh for Dhulum, Arar, Yanbu, Gassim and Dhahran, respectively. The analysis showed that the estimated annual energy produced by the machine based on 10 min averaged data is 2.5% higher than the estimated energy based on 30 min averaged data.     

Feasibility of Wind Power Generation for the Reduction of Power Costs in Residential Buildings

The installation of wind power generators on buildings located in areas with regular winds may be a suitable investment in a renewable power source. Brazil has a high eolic potential, where the annual mean wind speed may reach over eight meters per second. This case study is aimed to assess the economic feasibility of the installation of small wind power plants in urban areas. This work evaluates a project for the installation of a vertical axis wind turbine in three buildings （15-, 22-, and 26-story） including the following stages： （1） installation of a real-time power meter in the 15-store unit; （2） demand analysis of the 26-store building＇s power consumption; （3） winds survey along the coast of the State of Ceara; （4） analysis of the wind turbines available in the market; （5） simulation aimed to choose the system. Vertical wind power generators offer better conditions of use in urban areas. The turnover time was established to be between four and six years in the three studied units. The installation of a wind power generator on buildings in regions with an adequate eolic regimen reaches a financial return of the investment before the end of the equipment＇s lifespan.     

中国风电叶片产业发展的回顾与反思

我国风电叶片的发展目前已经进入到一个相对稳定的阶段,但是也面临着严峻的挑战。本文建议我国风电叶片发展从技术创新、基础研究、技术协同等多方面着手,不断解决发展中的问题。     

中俄能源现状比较和合作前景

本文分析了中俄能源发展现状,中俄同为世界能源生产和消费大国。俄罗斯能源资源丰富,开发潜力巨大,天然气、石油、电力出口规模不断加大;而中国人均能源资源不足,随着经济社会的发展,能源需求不断增加。中俄能源合作潜力大,加快机制建设,为能源合作提供有效保障,推进中俄能源合作发展。