Internet of things inspired photovoltaic emulator design for smart grid applications

Edin Golubovic, A. Sabanoviç, Baris Can Ustundag
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引用次数: 3

Abstract

The future smart grid is considered to be solution for common problems associated with current electricity grid. Smart grid will incorporate renewable energy sources, intelligent sensors and controls, automated switches, robust communication technology, etc. Implementation of such smart grid requires the collective efforts from researchers from many fields of engineering and creation of reliable test platforms. This paper presents the PV emulator as a test platform for research of problems associated with the design of controller for PV sources, the design of energy management system, generation capacity prediction, wireless network integration and protocol issues, security and cloud based data management and analysis for smart grid applications.
物联网启发光伏仿真器设计,用于智能电网应用
未来的智能电网被认为是解决当前电网中常见问题的解决方案。智能电网将包括可再生能源、智能传感器和控制、自动开关、强大的通信技术等。实现这样的智能电网需要来自多个工程领域的研究人员共同努力,并建立可靠的测试平台。本文以光伏仿真器为测试平台,研究光伏电源控制器设计、能源管理系统设计、发电容量预测、无线网络集成与协议问题、安全性以及基于云的数据管理与分析等智能电网应用相关问题。
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