Intelligent power distribution cabinet (box) low-carbon polymerization regulation and control system and method, and terminal device

Abstract

The invention discloses an intelligent power distribution cabinet (box) low-carbon polymerization regulation and control system and method, and a terminal device, which are used for analyzing the operation characteristics of each resource in a regional energy system and forming an optimal management control function suitable for an intelligent power distribution cabinet (box). The system comprises a non-intrusive load identification module, a low-carbon polymerization regulation module, a new energy power reverse transmission module, an equipment facility intelligent control module, a data center module and the like. According to the intelligent power distribution cabinet (box) low-carbon polymerization regulation and control system and method, the load information is accurately identified through a non-intrusive identification technology, and the use of a large number of sensors can be reduced; a regional multi-resource collaborative optimization model is constructed by taking economy and environmental protection as target conditions, the model is solved through double-quantum differential calculation, Pareto optimal non-inferior sorting and a maximum satisfaction decision algorithm, then on-line solving is performed based on a predictive control model, and low-carbon and energy-saving utilization of energy is realized; and by utilizing the internet technology, the power distribution cabinet (box) is in layered interaction with an upper-layer power distribution center and an edge server, so that energy conservation and carbon reduction of a regional system are promoted, and a brand new energy conservation and carbon reduction optimization management function is provided for the power distribution cabinet (box).

Description

technical field [0001] The present invention relates to the Internet of Energy, in particular to an intelligent power distribution cabinet (box) low-carbon polymerization control system, method and terminal device, belonging to the technical field of energy intelligent management and control. Background technique [0002] Energy is one of the important driving forces to promote social development and progress. With the increasing total energy consumption, environmental problems have become increasingly serious, and energy shortages have become increasingly prominent. This has become a global problem. For this reason, countries around the world are constantly exploring Measures to protect the environment, save energy and reduce emissions. [0003] With the continuous development of society and economy, the regional electricity load continues to increase, and the equipment develops in the direction of large capacity and high current, and the energy consumption continues to inc...

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Problems solved by technology

[0004] At present, scholars are working on the research of multi-functional distribution cabinets (boxes). Among them, the patent literature with the research announcement number of CN112701587A discloses a distribution cabinet with temperature monitoring function, but does not make any adjustments to the distribution cabinet according to the collected temperature information. Specific control measures; although the patent document with the publication number CN112736677A controls the fan power to dissipate heat in response to temperature rise, it does not control various terminals connected to the power distribution cabinet, which is difficult to meet the new requirements of intelligent management interaction. The above-mentioned multi-functional power distribution Cabinets (boxes) have single and simple functions for the time being, and there are few functions for optimal control and scheduling of equipment within the jurisdiction of power distribution cabinets (boxes)

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