中国“光明工程”第一期项目实施计划

实践证明,用风电、光电以及其他可再生能源发电是解决边远无电地区供电问题的有,与延伸电网、柴油机发电相比更经济可行。中国光明工程计划是国家发展计划委员会牵头,旨在利用可再生能源发电解决2300万无电人口的用电问题。本文介绍了中国光明工程的、实施计划。     

西藏可再生能源详考

西藏自治区是我国的西南屏障，具有十分重要的战略地位。最近几年，随着改革开放的进一步深入和西部大开发的全面实施，西藏正在逐步加大对外开放的力度，以吸引更多的投资和建设项目。但是，由于西藏的地理条件和自然条件的限制，交通和电力等基础设施的相对落后，已经成为制约西藏发展的瓶颈。我国政府投入了大量的财力和物力发展可再生能源，现正在西部部分省份实施利用可再生能源发电解决无电乡镇的用电问题，即“光明工程”。其中西藏自治区是“光明工程”的重中之重。为了更为有效地在西藏自治区发展和利用太阳能，解决电网无法覆盖地…     

国内

<正>发展改革委:印发优先发电优先购电计划有关管理办法近日,国家发展改革委发布《关于征求优先发电优先购电计划有关管理办法意见的函》。优先发电适用范围包括:纳入规划的风能、太阳能、生物质能等可再生能源发电;为满足调峰调频和电网安全需要发电;为提升电力系统调峰能力,促进可再生能源消纳,可再生能源调峰机组发电;为保障     

户用光伏系统的应用及市场前景

太阳能光伏发电是国家重点提倡开发利用的绿色能源。广泛使用绿色能源对减少二氧化碳和其它有毒气体的排放,防治大气污染,保护生态环境具有重要意义,也是自然赋予人类和社会的历史责任。我国土地资源辽阔,人口居住分散,常规能源供应缺乏。为了满足经济发展对能源的需求,必须通过开发利用新能源和可再生能源加以补充。在我国西部,多数地区自然条件比较恶劣,经济落后,生活条件艰苦,迄今为止,该地区无电户总数达1000万户之多。为此,国家在该地区实施了“光明工程”,利用太阳能来解决当地的能源问题。随着太阳能光伏发电在人们生活中被逐步认识…     

国际可再生能源新闻

综合类 德发明“电转气”法解决可再生能源储电难问题 众所周知,我们可以利用天然气等气态化石燃料发电,但德国研究人员却“倒行逆施”,发明了一种“电转气”的方法,目的是解决风能、太阳能等可再生能源发电在短时间过剩而产生的储电难问题。     

户用可再生能源发电系统成本效益研究

对在无电地区推广的离网型户用可再生能源发电系统的供电成本、经济效益和能源环境效益进行了定量分析，对于解决无电地区的用电问题，为各级政府在技术方案选择上提供可靠的决策支持。     

中国光伏产业的“进”和“退”

"进":坚持出口战略 中国的光伏产业发轫于2002年左右."2003年、2004年,国家开始采取措施鼓励太阳能发电.第一轮的措施就是国家发展改革委投资18亿元以解决西部无电地区的用电问题.从那以后,中国的光电企业得以发展,像无锡尚德等一批知名企业都是在那个时候起步的."中国可再生能源协会专委会委员、北京新能源与可再生能源协会太阳能光电专业委员会主任鲁延武对记者说.     

澳大利亚政府通过可再生能源目标法案

<正>经过旷日持久的谈判,澳大利亚联邦政府于近日通过了可再生能源目标(RET)法案,澳可再生能源政策在历经数月的晦暗不明后终于迎来了光明。澳大利亚最初设定RET旨在鼓励企业向太阳能和风能等可再生能源领域投资。此前,澳政府曾一再扩大RET计划,提出到2020年实现20%的电力来自可再生能源。不过,此次确定的法案,已经将可再生能源发电目标     

我国可再生能源发展面临的问题及新机制的建立

中国可再生能源发展面临发电成本高、市场容量小、制造业薄弱、缺少立法支持和相应的运行机制等多种问题。解决这些问题的途径首先是推动可再生能源立法,其次,在立法的基础上进行可再生能源发展机制的创新,建立包括目标机制、定价机制、选择机制、补偿机制、交易机制和管理与服务机制等在内的运行机制。由于中国发展可再生能源要实现多种目标,因此不能依靠单一手段解决所有的问题。中国可再生能源发展的新机制应该是多种机制共同起作用的系统。     

为登顶世界太阳能热发电而设计——中国科学院电工研究所八达岭太阳能塔式热发电试验电站太阳塔建筑设计方案国际竞赛评选揭晓

2008年5月8日,中国科学院电工研究所八达岭太阳塔式热发电试验电站太阳塔建筑设计方案国际竞赛评选颁奖典礼在中国科学院电工研究所报告厅举行.来自科技部、中国科学院、北京市发改委、北京市科委、北京市延庆县政府、中国工程热物理学会、中国可再生能源学会、中国资源综合利用委员会可再生能源专业委员会的领导以及获奖嘉宾、环保和太阳能届知名人士等70余人出席了此次颁奖典礼.     

Techno-economic viability of three different energy-supplying options for remote area electrification in India

Distributed power generation based on renewable energy sources brings new life and hope to electrify remote villagers. The proposed work suggests the techno-economic feasibility of three different energy-supplying alternatives namely the solar photovoltaic (SPV) system, diesel generator system and extending the grid connection for energy supply to a remote village located around 15 km away from the place where grid supply is available. Design of all the above three systems along with their economic analysis is carried out in this paper. A comparison on the basis of economic indicators like unit cost of electricity, net present value and payback period among the three systems is also discussed. The results show that the SPV system is economically more viable among the three options apart from environment benefits. This study may provide a new direction for energy planners to supply energy in remote non-electrified areas of India through SPV systems.     

Why are remote Western Australians installing renewable energy technologies in stand-alone power supply systems?

As people living in remote areas rely on SPS systems for their electricity and water needs, they hold a practical and non-idealistic perspective towards using renewable energy technologies. This research explores pastoral owner-operators’ personal experience and opinion of stand-alone power supply (SPS) systems over 30 years in remote pastoral regions Western Australia (WA). This research was undertaken qualitatively in terms of the experience of remote Australians of energy service delivery and SPS system performance to obtain personal opinions of remote pastoral people who rely on SPS systems to provide basic needs. This research concluded that the impressive growth in total renewable energy capacity in remote off-grid SPS systems in WA is primarily due to subsidies that aim to fuel-switch to renewable energy sources. Despite this, other major reasons for the increases in renewable energy capacity are escalating conventional fuel costs, difficulties in attracting qualified service contractors, increasing desire for quiet, 24-h energy services, and a range of unique situations. Despite the increased use of renewable energy technologies, this research reinforced previous research conclusions that consistently found both the conventional and renewable energy service sector wanting in remote areas. Three areas needing attention to sustain the growth in renewable capacity are: technical SPS system integration, service infrastructure, and technical reliability.     

德国加快发展可再生能源产业

继续坚持提高能源利用效率,以可再生能源替代核电发展,保证未来能源供应的可持续发展和能源供应安全是德国近期能源战略的选择。本文介绍德国至2014年的可再生能源发展规划以及风电产业快速发展的主要经验,以推动我国可再生能源战略的实现。     

Renewable energy policy and landscape management in Andalusia,Spain: The facts

Renewable energy has developed spectacularly in Spain since the European Union started a process of energy policy reform. A review of Spanish State legislation on renewable energies confirms that the success in installing renewable energy is attributable to public aid. Andalusia is one of the autonomous communities, which has simultaneously developed the legal framework and very successfully implemented the introduction of renewable power. When implementing the central government’s policy, the Andalusian regional government prioritised increases in both surface cover by wind and solar plants (thermal and photovoltaic energy) and in the number of companies involved. However, this development of renewable energies took place without any proper integration into regional spatial and landscape planning. This paper explores renewable power implementation in Andalusia through regulatory measures put in place over the last decade to develop renewable energy systems and the way they can be managed alongside planning issues. The location of large-scale renewable plants has had consequences for territory in the socio-political context of renewable energy promotion. The main findings focus on renewable energy plant sprawl throughout rural areas in Andalusia with no clear effect on landscape management and no firm backing from the local population.     

Stable power supply of an independent power source for a remote island using a Hybrid Energy Storage System composed of electric and hydrogen energy storage systems

We propose a self-sustaining power supply system consisting of a “Hybrid Energy Storage System (HESS)” and renewable energy sources to ensure a stable supply of high-quality power in remote islands. The configuration of the self-sustaining power supply system that can utilize renewable energy sources effectively on remote islands where the installation area is limited is investigated. It is found that it is important to select renewable energy sources whose output power curve is close to the load curve to improve the efficiency of the system. The operation methods that can increase the cost-effectiveness of the self-sustaining power supply system are also investigated. It is clarified that it is important for increasing the cost effectiveness of the self-sustaining power supply system to operate the HESS with a smaller capacity of its components by setting upper limits on the output power of the renewable energy sources and cutting the infrequent generated power.     

Drivers,barriers, and strategies for implementation of renewable energy technologies in rural areas in Bangladesh—An innovation system analysis

Bangladesh has good potential for harnessing renewable energy sources such as solar, biomass, wind, and mini-hydropower. The country has been experiencing a gradual shift towards exploring renewable energy resources as a driving force for rural development. A few public sector and non-government organizations have started to develop renewable energy technology (RET) projects in rural areas. The lessons learnt from different demonstrations of RET projects reveal that with careful forward planning renewable energy can provide far-reaching economic, environmental, and social benefits to people living in remote rural areas in Bangladesh. This paper identifies some of the barriers that need to be overcome for the successful development of renewable energy technology sector and betterment of rural livelihoods. It does so through a critical review of policy and institutional settings, as well as present status and lessons learnt from pilot demonstration of a number of RET projects undertaken by different organizations. The study highlights policy implications of the review with the aim of supporting decision makers in formulating renewable energy policies and future plans for Bangladesh.     

LEAP模型在可再生能源规划中的应用

我国具有丰富的可再生能源资源,国家也出台了很多促进可再生能源发展的政策,但我国在省级一直缺乏可再生能源的规划及相关经验,本文利用能源规划中常用的LEAP模型,并结合湖南省作为案例,研究了LEAP在省级规划工作中应用,探讨在省级可再生能源规划中定量分析方法,得到更具有可操作性的规划。     

中国风电发展与并网应用模式研究

从我国能源供需总体形势出发,结合分析国外风电发展状况,阐述了大力发展风能等可再生能源的必要性和意义,提出了我国在风电开发与利用中存在的主要问题。分析了风电大规模开发对电源和电网结构、运行方式、需求侧用电方式等产生的影响,基于风电和电网的规划建设要“同步进行”和“同步配套”,提出了“分级接入”和“分区消纳”的风电发展利用模式,全面提升电网对可再生能源的运输能力。     

High energy: A milestone RE project in California

A remote research station in California is planning to derive all of its energy needs from a hybrid RE system that combines renewable sources with hydrogen production, storage and backup power. If all goes to plan it is expected to be the first sizeable stand-alone installation of its kind in the world. Refocus Correspondent, ??? recently visited the research site to find out more…