Research on the Structure, General Design and Operational Mechanism of Energy Internet

Abstract

能源互联网是解决当前能源紧缺和环境污染问题的重要手段之一，是推动我国能源革命的重要战略支撑。构建合理的网络构架，选择最优的总体设计方案，是能源互联网取得长足发展的前提和基础。以分布式冷热电三联供系统、储能型高效HIT光伏电站、低风速风力发电、分布式智能电网系统、智慧能源生活社区、源网荷储协调控制等为技术依托，拟定能源互联网的整体构架；基于扬州宝应西安丰镇实验基地的实验研究，选择合适的电能转化机制，制定详细的总体设计方案；依据设计方案制定能源互联网的运行机制，实现电力交易的多元化。 Energy Internet is one of the effective means to solve the immediate problems of energy shortage and environmental pollution. And it is an important strategic support for China’s energy revolution. Establishing an applicable structure and selecting the optimal design are the basis of the development of Energy Internet. Firstly, the whole structure of Energy Internet is proposed relying on the technology of distributed cold and heat power supply system, energy storage type of efficient Heterojunction with intrinsic Thinlayer (HIT) photovoltaic power station, wind power generation at low wind speed, distributed smart grid, smart energy living community and coordinative control of generation-grid-load-storage. Secondly, the general plan is formulated in the experimental base. Lastly, the operational mechanism is established to make power transactions diversified.