Energy internet digital twinning simulation system and method

Abstract

The invention discloses an energy internet digital twinning simulation system and method. The system comprises a physical layer, a perception communication layer, a platform layer, a real-time subsystem and a simulation subsystem, wherein the physical layer is used for obtaining basic data information of a physical object; the perception communication layer is used for determining target data information of the physical object according to the basic data information, and the target data information comprises at least one of magnitude information, environment information and behavior information of the physical object; the platform layer is used for supporting the real-time subsystem and the simulation subsystem in a digital twinning mode; the real-time subsystem is used for carrying out real-time monitoring and determining an operation control strategy according to the target data information; and the simulation subsystem is used for matching the source load of the energy internet through prediction and correcting the control strategy of the real-time subsystem according to the matching result. By implementing the technical scheme, the optimal operation of the energy internet can be realized, the system risk is reduced, and the utilization efficiency of renewable energy sources is improved.

Description

technical field [0001] The present invention relates to the technical field of energy internet, in particular to an energy internet digital twin simulation system and method. Background technique [0002] With the continuous development of science and technology, the high proportion of renewable energy penetration, the flexible interaction of emerging loads and the wide access of multiple elements, the uncertainty and complexity of the Energy Internet are getting higher and higher. For the complex energy internet, modeling and simulation have always been an important research tool. Therefore, the modeling and simulation of the Energy Internet has always provided important technical support for the integration, innovation and development of energy Internet multi-field technologies, as well as the application of business applications. [0003] Most of the current Energy Internet modeling and simulation adopts the traditional physical mechanism. Traditional physical mechanism...

AI Technical Summary

Problems solved by technology

Traditional physical mechanism modeling has a certain degree of certainty, and it is difficult to adapt to the complex and changeable energy Internet operation mode brought about by the multi-energy flow coupling in the Energy Internet

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