Energy Internet cluster operation dispatching method and system based on Internet-of-Vehicles platform

Abstract

The invention relates to the technical field of energy power, and discloses an energy Internet cluster operation dispatching method and system based on an Internet-of-Vehicles platform. The energy Internet cluster operation dispatching method comprises the steps: the current date load is predicted through an Internet-of-Vehicles platform dispatching control layer, and according to the prediction result, an electric energy supply and demand scheme is formulated; inter-area and intra-area electric energy dispatching schemes are formulated by an Internet-of-Vehicles platform coordination layer according to the electric energy supply and demand scheme, and electric energy is dispatched; and charging users determine charging prices at charging piles, and the charging priority order is determined according to the charging prices through charging pile cluster control to conduct orderly charging and discharging. According to the schemes, production behaviors of distributed power supplies are automatically optimized through price signals, the reliability, stability and economy of the system are improved advantageously, and the difficulty of dispatching control of the system is lowered; thedispatching schemes at different levels are formulated, and thus dispatching is optimized; and distributed renewable energy and distributed energy storage systems are promoted to be further developed,and contributions to energy transition and environment protection are made.

Description

technical field [0001] The present invention relates to the technical field of energy and electric power, in particular to an energy Internet cluster operation scheduling method and system based on an Internet of Vehicles platform. Background technique [0002] The Energy Internet is a new type of network that is highly integrated with information and energy built on the concept of the Internet. It is a smart energy network that integrates multiple energy forms such as cold, heat, gas, and transportation with the power network as the basic structure. The upsurge of developing Energy Internet is in the ascendant all over the world. [0003] At present, there are a lot of studies on the charging and discharging behavior and modeling of electric vehicles alone, but there are two problems: first, the research on charging and discharging of electric vehicles is conducted alone, and there is a lack of modeling for the future charging network of electric vehicles; second, the integ...

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Problems solved by technology

[0003] At present, there are a lot of studies on the charging and discharging behavior and modeling of electric vehicles alone, but there are two problems: first, the research on charging and discharging of electric vehicles is conducted alone, and there is a lack of modeling for the future charging network of electric vehicles; second, the integration scale is small , so there is a lack of exploration of the operation and scheduling methods of the electric vehicle charging network and the Internet of Vehicles platform under the large amount of data

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