Building adjustable potential assessment method based on hierarchical progressive assessment

Abstract

The application discloses a kind of building adjustable potential evaluation methods based on hierarchical progressive evaluation.The application comprises extracting multiple building features to obtain a comprehensive feature set, identifying key influencing factors through the comprehensive feature set, and finally screening high adjustment potential buildings through the key influencing factors;Collecting high adjustment potential building data for establishing building load baseline model, then obtaining the load curve of high adjustment potential building from the building load baseline model and extracting baseline load value to obtain building load baseline;Collect information on high adjustment potential buildings and construct a building thermodynamic model, use the building thermodynamic model to extract the adjustable capacity of each high adjustment potential building, and generate an adjustable potential feature curve.The application realizes the accurate identification and evaluation of building adjustable potential by combining energy consumption data screening, sub-item load modeling and thermodynamic simulation, providing reliable technical support and decision basis for power grid load dispatching and demand response.

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