摘要
为满足太阳能光伏发电技术教学与科研工作需要,设计和搭建了含有储能装置的3kW光伏发电系统实验平台。介绍了该平台的总体拓扑结构,阐述了构成该平台的各关键模块的原理。由于该平台采用模块化设计,各软硬件独立性强、开放性好,便于系统平台的不断更新改造。实验表明,该平台能满足高年级本科生和研究生基本的实验教学与科学研究的需求,具有较好的教学与科研价值。
In order to satisfy the needs of teaching and research work of solar photovoltaic technology ,a 3 kW experimental research platform of photovoltaic system with energy storage equipment is designed and built . The overall topology is introduced and the basic principles of the key modules making up the system platform are illustrated .With the modular design ,all the hardware and software have merits such as strong independence and good opening which can make the platform easy to be continuously renewed and modified .The experiments show that it can meet the basic laboratory teaching and scientific research needs of the advanced undergraduates and graduates and the platform has a certain value in the actual teaching and scientific research .
出处
《实验技术与管理》
CAS
北大核心
2015年第9期68-71,79,共5页
Experimental Technology and Management
基金
武汉大学实验技术基金项目(whu-2014-syjs-06)
关键词
光伏发电系统
实验平台
储能
photovoltaic system
experimental platform
energy storage
