Abstract
The integrated energy system can realize the complementary advantages of multiple energy sources and effectively solve the problem of low integrated energy efficiency of traditional energy systems. Carrying out research on the interactive scenarios and mechanisms of the energy supply and use modules of the integrated energy system is conducive to promoting the development of clean energy and promoting the indepth integration of energy Internet and distributed energy technology, smart grid technology, and energy storage technology. First, it summarizes the scenarios of the energy supply and use modules of the integrated energy system, and analyzes the interaction mechanism and paths of the energy supply and use modules of the integrated energy system on this basis.
Highlights
In order to promote the consumption of renewable energy and fully explore the potential of various energy systems such as power supply, heating, and gas supply, an integrated energy system is derived from the traditional distributed energy system
The integrated energy system operator is mainly responsible for forecasting and monitoring the supply and demand of energy, and conveying energy price information to the load aggregator; the main responsibility of the load aggregator is to gather the responsive demand-side resources of demand-side users .Taking the aggregator as an individual to participate in the dispatch of the integrated energy system, and automatically control the user’s comprehensive demand response actions; the main responsibility of power generation companies, energy storage companies, natural gas companies, heating companies and other energy suppliers is to feed back the
"Horizontal multi-source complementation" in the integrated energy system refers to multiple energy sources such as power systems, petroleum systems, heating systems, and natural gas supply systems
Summary
In order to promote the consumption of renewable energy and fully explore the potential of various energy systems such as power supply, heating, and gas supply, an integrated energy system is derived from the traditional distributed energy system. It integrates electricity, heat, gas and other energy forms to produce and supply energy on demand. Heat, gas and other energy forms to produce and supply energy on demand It realizes the complementary advantages of multiple energy sources, and effectively solves the problem of low comprehensive energy efficiency of traditional energy systems. This article takes the energy supply and consumption scenarios of the park-level integrated energy system as the research object, and studies the interaction scenarios and mechanisms of the energy supply and use modules
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