Safety risk automatic recognition method based on network-distribution production operation plan

Abstract

Provided is a safety risk automatic recognition method based on a network-distribution production operation plan. The method uses the production operation plan as a carrier, performs comparative analysis of bearing capability between production operation situation and production power, power grid operation mode, on-site operation control and a plurality of factors leading to probability of faulty operation of a power supply enterprise, judges safety risks by means of assessment of matching degree between production task and personnel, time and power, and finally achieves safety risk automatic recognition of the network-distribution production operation plan. The method mainly comprises a safety risk factor recognition module and a safety risk analytical engine, has the advantages of improving power grid safety and power supply reliability, being capable of improving safety risk management level and the like, and has important effects and meanings in safety production prevention mechanism formation, safety risk avoiding and resolving, power grid safe development protection and enterprise safety and harmony promotion.

Description

technical field [0001] The invention relates to a safety risk automatic identification method based on a distribution network production operation plan, which belongs to the technical field of power grids. Background technique [0002] In the face of increasingly complex power grids and higher safety production requirements, the difficulty of early warning and identification of safety risks is getting higher and higher: on the one hand, it is required to identify all potential risks as systematically as possible; on the other hand, safety risks The recognition lead time is also required to be larger and larger. Traditional power grid security risks require complex topology analysis and power flow calculations to identify, and the rapid growth of power grids has led to a sharp increase in the identification of such security risks; and traditional power grid security risks rely on data acquisition and monitoring control systems (supervisory control and data Acquisition, SCADA...

AI Technical Summary

Problems solved by technology

But in fact, in addition to static safety risks such as unreasonable power grid topology, the safety production risks of the power grid are more from dynamic risks, such as power outage maintenance, load transfer, load overload, etc. Such safety risks often appear in daily production; In addition, in addition to power

Images