Anti-thunder intelligent regulation and control method suitable for detection according to regions

Abstract

The invention discloses an anti-thunder intelligent regulation and control method suitable for detection according to regions. The anti-thunder intelligent regulation and control method comprises thefollowing steps: S1, dividing a target territory into m pieces of anti-thunder regions, and respectively arranging an anti-thunder device in each anti-thunder region; S2, acquiring the thunder and lightning occurrence total numbers of the target territory and the second position and the second time of second thunder and lightning occurrence; S3, on the basis of a distance between a first positionand the second position as well as a time difference between first time and the second time, calculating the coverage range of third thunder and lightning; S4, regulating the working states of the anti-thunder devices in the m pieces of anti-thunder regions. According to thunder and lightning movement tendency and the thunder and lightning occurrence total numbers in the target territory, a specific anti-thunder measure is adopted for each anti-thunder region, on one hand, the anti-thunder intelligent regulation and control method provided by the invention is favorable for improving the efficiency of the anti-thunder measure, and on the other hand, the anti-thunder intelligent regulation and control method can be used for guaranteeing the effectiveness of the anti-thunder measure, the intelligent monitoring, regulation and control of a thunder and lightning prevention operation in the target territory can be realized, and personal safety and property security are guaranteed.

Description

technical field [0001] The invention relates to the technical field of lightning protection control methods, in particular to an intelligent lightning protection control method suitable for sub-area detection. Background technique [0002] At present, countless casualties and property losses are caused by lightning strikes every year. According to incomplete statistics, the casualties caused by lightning strikes and the negative effects of lightning strikes in my country reach 3,000-4,000 people every year, and property losses range from 5 billion to 10 billion yuan. The scope of lightning disasters involves almost all walks of life. One of the negative effects brought about by the rapid development of modern electronic technology is the reduction of its anti-lightning surge capability. Advanced electronic equipment such as measurement, monitoring, protection, communication, and computer network with large-scale integrated circuits as the core components are widely used in...

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Problems solved by technology

Advanced electronic equipment such as measurement, monitoring, protection, communication, and computer network with large-scale integrated circuits as the core components are widely used in various fields of electric power, aviation, national defense, communications, radio and television, finance, transportation, petrochemical, medical and other modern life , These electronic devices composed of large CMOS integrated components generally have the disadvantage of weak tolerance to transient overvoltage and overcurrent. Transient overvoltage will not only cause misoperation of electronic equipment, but also cause greater direct damage. Economic loss and widespread social impact

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