Demand response load optimization potential evaluation method based on multi-scene design

Abstract

The invention relates to an evaluation method in the technical field of intelligent electricity utilization, in particular to a demand response load optimization potential evaluation method based on the multi-scene design. The method comprises the following steps: (1) conducting field research so as to obtain evaluation data, (2), determining the evaluation range, (3), designing multiple scenes, and (4) determining the demand response load optimization potential. According to the method, the evaluation result can provide beneficial reference for demand response project planning and promotion and implementation, and the key factor which affects the demand response potential can be directly positioned from the evaluation modeling and the evaluation process. According to the method, electricity-saving potential of the demand response can be further evaluated.

Description

technical field [0001] The present invention relates to an assessment method in the technical field of intelligent power utilization, and in particular to a demand response (Demand Response, DR) load optimization potential assessment method based on multi-scenario design. Background technique [0002] Demand response is an important part of the smart grid. For power system operation, demand response can bring load flexibility, thereby smoothing fluctuations on the power supply side and improving the economy and reliability of power grid operation; for the user side, demand response can bring high reliability, high quality, high Efficient power supply; for the whole society, energy saving and emission reduction can be achieved through demand response, and the sustainable development of the power industry can be realized. Therefore, it is of great significance to grasp the potential of demand response and effectively utilize demand-side resources for the development of smart ...

AI Technical Summary

Problems solved by technology

[0003] Since the introduction of Demand Side Management (DSM) into my country in the 1990s, certain achievements have been made. Due to the electricity price mechanism and other reasons, there are still many obstacles in the implementation of demand response in my country. At present, there are still few demand response projects actually carried out, and the evaluation of demand response potential has not been carried out effectively. , low-carbon emission reduction, etc., a preliminary analysis of the potential of several common demand response projects such as time-of-use pricing (TOU) and interruptible load (Interruptible Load, IL), but overall There is still a lack of general evaluation methods and convincing evaluation conclusions

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