摘要伴随现代技术突飞猛进，我们使用能源变得更加频繁。因为过多的开采，现在全球的能源已经呈现匮乏趋势；不仅储存的资源在变少，全球环境也在变差，造成了全球变暖、厄尔尼诺等生态问题，开发清洁能源已经是燃眉之势。风能和太阳能就是在全球范围广泛分布的清洁能源，正因为容易获得、可不断重复使用等特点，在未来，风力发电、太阳能发电逐渐成为了更多国家关注的焦点和重点的研究对象。利用风光互补发电不仅有效缓解了能源匮乏的问题，同时也在维护生态环境方面作出了巨大的贡献。76799

文章中首先阐述了风力发电与太阳能发电结合发电的必要原因，其次把整个系统分成了几个小块来介绍，分别是风力发电部分、太阳能发电部分、整流部分、蓄电池以及逆变部分。因为控制部分比较复杂，就将其加入到了电路介绍章节，利用图文说明详细分析各部分的电路。最后，总结了本设计的优缺点，并且建议开发其它新能源，只靠风光供电，不是长久之记。

该论文有图20幅，表0个，参考文献30篇。

毕业论文关键字：风光互补发电  控制系统  蓄电池控制

Research on wind and solar hybrid power generation

Abstract With modern technology by leaps and bounds, we use the energy to become more frequent。 Because of excessive exploitation, now the world's energy has showed a trend of lack; Storage of resources not only in the less, the global environment variation, caused by ecological problems such as global warming, el nino, developing clean energy is the combustible。 Wind and solar energy is clean energy, in the global scope widely distributed because of readily available and can be repeated use, in the future, wind power, solar power gradually became the focus of many more countries and key research object。Using wind-light complementary not only effectively relieves the problem of lack of energy, but also in the maintenance of the ecological environment has made a great contribution。 

Article first expounds the combination of wind power and solar energy power generating the necessary reason, secondly introduced the whole system is pided into several small pieces to, were part of wind power, solar power, a rectifier, a battery and inverter。 Because the control part is more complex, it added to the circuit introduction chapter, using the graphic of a detailed analysis of each part circuit。 Finally, summarizes the advantages and disadvantages of the design, development of new energy sources, and suggests on scenery power alone, not for a long time to remember。

Key Words: Wind/solar hybrid generation  Control system  Battery control

                   目  录

摘要 I

Abstract II

目录 III

图清单 V

变量注释表 VI

1 绪论 1

1。1课题研究背景及意义 1

1。2 国内外研究及发展状况 2

1。3 本文的研究内容和结构安排 4

2 风光互补系统机构及各模块 6

2。1风光互补发电系统概述 6

2。2风力发电机组 7

2。3光伏发电系统 10

2。4蓄电池 14

3 系统主要部分电路图