Management system for resilient distribution system

Abstract

The invention discloses a management system for a resilient distribution system. The management system comprises a planning module, a cooperation module, a sensing module, an evaluation module and a processing module. The planning module is used for guiding the construction of the resilient distribution system; the sensing module is used for mastering the states of the resilient distribution system and an external environment through sensing equipment and providing data support for operation recovery of the resilient distribution system; when the resilient distribution system has a full-stop risk in an extreme event, the processing module cuts off the impacted resilient distribution system part, and re-accesses the resilient distribution system part after the resilient distribution system part is recovered; the cooperation module is used for collaborating the resilient distribution system with the government and users to form a stable combination body so as to cope with extreme events; and the evaluation module is used for judging the anti-interference capability of the resilient distribution system. Through the management system of the resilient distribution system in the invention, the stability of the resilient distribution system in a normal situation, the strain of the resilient distribution system in an emergency situation and the resilience of the resilient distribution system in an extreme situation are enhanced, so the resilient distribution system is improved.

Description

technical field [0001] The invention belongs to the technical field of electric power, and in particular relates to a resilient distribution network management system. Background technique [0002] With the continuous development of cities, the scale and complexity of distribution network construction are increasing day by day, and the technology is constantly innovating. However, distribution network is still relatively vulnerable in the face of extreme events. Extreme events can generally be divided into two categories: natural disasters and social events. These events are characterized by a low probability of occurrence but extremely serious consequences. Extreme events usually show the characteristics of diffusion, invisibility, acceleration, uncertainty, and catastrophe, which make the whole city a "community of shared future with risk". Shock and destructive, however, it is neither economical nor practical to fully harden power systems against extreme events. [0003...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of the city, the scale and complexity of the distribution network construction are increasing day by day, and the technology is constantly innovating, but the distribution network is still relatively fragile in the face of extreme events

Extreme events can generally be divided into two categories: natural disasters and social events. This type of event is characterized by a low probability of occurrence but extremely serious consequences.

Extreme events usually show the characteristics of diffusion, invisibility, acceleration, uncertainty, and catastrophe, which make the whole city a "community of shared future with risk". Shock and destructive, however, it is not economical or practical to fully harden power systems against extreme events

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