An Inversion Evaluation Method for Integrated Energy Systems

Abstract

The invention discloses an inversion evaluation method of an integrated energy system, which is established on the basis of network modeling of the energy system, takes an instance section as a carrier, and the realization process includes generating and storing the instance section based on the integrated energy system network; Search the target instance section from the source instance section stored in the instance statistics database; the target instance section is the instance section with the highest similarity or correlation with the current situation when the integrated energy system operating state is abnormal; the search-based target instance Section inversion. The inversion process of the present invention is based on a networked energy system, the devices in the inversion scene are all connected together, and the state of the devices corresponds to the real-time measurement data, providing users with a more realistic experience.

Description

technical field [0001] The invention belongs to the technical field of comprehensive energy management and control, and in particular relates to an inversion evaluation method of a comprehensive energy system. Background technique [0002] Energy is the driving force and foundation of social and economic development. With the increasing contradiction between the acceleration of human energy consumption and the reduction of fossil energy stocks, and the intensification of greenhouse gas emissions and global warming, promoting the revolution of energy production and consumption and building a clean, low-carbon, safe and efficient energy system are important measures for energy development. The integrated energy system covers all aspects of energy production, transmission, and use; it involves system management, control, optimized operation, and collaborative management and control. To build an integrated energy system with the power production and supply system as the core an...

AI Technical Summary

Problems solved by technology

However, comprehensive energy is a whole, and various application scenarios of different energy systems need to be considered, which increases the complexity of system operation scheduling

Especially in the case of abnormal situations and emergency accidents in the integrated energy system, there is a lack of a general inversion evaluation method to provide technical support for dispatchers to conduct emergency drills afterwards and evaluate the correctness and rationality of accident handling

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