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Efficient Energy Management System for Solar Energy

机译:高效的太阳能能源管理系统

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Solar power is the major renewable energy source opted by developing countries as stand-alone / Grid enabled system. Industries and educational institutions are opting for solar energy to combat power crisis. This paper proposes knowledge based, self configurable, smart controller to efficiently use solar energy according to load, under frequent grid failure environment. It is enabled with fault identification and isolation. Extension to higher power capacity is easily achieved with plug and play mechanism. Proposed control architecture is implemented using Field Programmable Gate Array (FPGA), that supports modular level implementation with well defined interfaces for each sub-system. It can be used with low power as well as high power photo-voltaic system. Efficiency of the proposed architecture is demonstrated for the photo-voltaic system installed in educational institution.
机译:太阳能是发展中国家选择的独立/并网发电系统的主要可再生能源。工业和教育机构正在选择太阳能来应对电力危机。本文提出了基于知识的,可自我配置的智能控制器,可以在频繁的电网故障环境下根据负荷有效利用太阳能。通过故障识别和隔离启用该功能。通过即插即用机制可以轻松实现更高功率容量的扩展。拟议的控制体系结构使用现场可编程门阵列(FPGA)实现,该阵列支持模块化级别的实现,并为每个子系统定义明确的接口。它可以与低功率以及高功率光伏系统一起使用。对于安装在教育机构中的光伏系统,证明了所提出体系结构的效率。

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