gusucode.com > 基于MATLAB的光伏并网设计 > 基于MATLAB的光伏并网设计\文件说明.txt

    太阳能作为一种高效无污染且可持续发展的新能源,受到了广泛青睐。在人类生产生活中广泛应用太阳能光伏发电,能有效的缓解石化燃料逐渐短缺而引发的能源供应紧张。同时,光伏建筑本身作为文化和信息的承载者和传递者,可更好地向大众传播环保理念。本篇文章对光伏发电系统中的基本问题进行了探索,对光伏并网的布局与原理、逆变器的选择方式等进行了理论上的介绍。为此建造了基于MATLAB的仿真系统,提出了一些相应的控制策略。 Solar as a highly efficient and pollution-free and sustainable development of new energy, has been widely favored. In the human production and life widely used in solar photovoltaic power generation, can effectively alleviate the gradual shortage of petrochemical fuel caused by the tight supply of energy. At the same time, the photovoltaic architecture itself as a carrier and transferee of culture and information, can better spread to the public the concept of environmental protection. In this paper, the basic problems in photovoltaic power generation system were explored, the layout and principle of PV grid, the choice of inverter, etc. were introduced in theory. This paper builds a simulation system based on MATLAB, and puts forward some corresponding control strategies.