Energy consumption control strategy generation method and system, device, energy distribution system and medium

Abstract

The invention discloses an energy consumption control strategy generation method and system, device, an energy distribution system and a medium, and is applied to the energy distribution system. The method comprises the steps of: predicting predicted renewable energy supply of each time slot in the future through a first predictor; obtaining time decomposition slices and corresponding slice required energy according to the predicted renewable energy supply and actual required energy; predicting a unit energy supply parameter through a second predictor, and determining a strategy threshold value of the time decomposition slices in the current time slot, wherein the energy consumption control strategies constructed by the strategy threshold values are used for controlling energy consumption. According to the invention, the predictors accurately predict the renewable energy supply and predict the cost parameter to construct an online energy supply optimization control strategy, the energy consumption efficiency and cost can be effectively optimized, the rationalization of energy supply allocation is facilitated, energy conservation and emission reduction are facilitated, and the problems in the prior art are solved.

Description

technical field [0001] The present application relates to the technical field of energy management, and in particular, to a method, system, device, energy generation and distribution system, and medium for generating an energy consumption control strategy. Background technique [0002] Based on the general energy development trend of energy conservation and emission reduction, in the current power system, renewable energy generation needs to occupy a part of the proportion. [0003] Although there have been many research results on optimizing the efficiency and cost of electricity consumption on the user side in the traditional power system, for example, the electricity consumption control strategy to obtain electricity from the grid according to the predicted energy supply price, or the use of energy storage equipment to adjust the energy supply price peak and valley However, these optimization measures cannot be directly applied to the power system including the supply of ...

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Problems solved by technology

[0003] Although there have been many research results on optimizing user-side power consumption efficiency and cost in the traditional power system, such as controlling the power consumption control strategy to obtain power from the grid according to the predicted energy supply price, or using energy storage Electric energy storage / discharge, or the charging and discharging strategy control of energy storage equipment, etc., but these optimization measures cannot be directly applied to power systems that include renewable energy supply, resulting in the lack of optimization strategies for such systems, making the actual scene Among them, the electric equipment will use more power from the grid when using electric energy, which is not conducive to energy saving and emission reduction, and is not conducive to saving user costs. It will cause unreasonable power supply deployment and waste power

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