Complex Adaptive Characteristics of Energy Internet in Bilateral Evolution Process

doi:10.3969/j.issn.1000－7229.2017.04.005

Abstract

Abstract: ABSTRACT： Energy Internet is an innovation mode of energy revolution in China, and its aiming at renewable energy accommodation, energy efficient utilization, energy optimal configuration, and energy conservation and emission reduction. The construction and development of energy Internet in China is still in initial period, and its operational mechanism is not clear either. Combining the theory of complex adaptive system, this paper studies the operating mechanism of energy Internet from the aspect of energy interaction between both sides of supply and demand. Firstly we summarizes the research status on energy Internet at home and abroad. Secondly, we analyze the characteristics of the complex adaptive system of energy Internet and describe its bilateral evolution process. Finally, we construct the complex adaptive system （CAS） model for the bilateral evolution process of energy Internet including the subject object and environment object, whose constituent objects are all be defined. The research results can provide theoretical framework and new idea for the operational mechanism study of energy Internet.

Key words: energy Internet, renewable energy, bilateral evolution process, complex adaptive system（CAS）, multi-agent modeling

CLC Number:

TK 01

HANG Shuo, ZENG Ming， LIU Dunnan， LI Yingzi. Complex Adaptive Characteristics of Energy Internet in Bilateral Evolution Process[J]. Electric Power Construction, 2017, 38(4): 34-.

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