Safety control method and system for fault processing operation site of power utilization acquisition equipment

Abstract

The invention belongs to the technical field of electric equipment, and particularly relates to a safety control method and system for a fault processing operation site of power utilization acquisition equipment. According to the control method, on-site safety monitoring is carried out through the safety operation system, and after on-site safety control is qualified, risk assessment is carried out on on-site operation safety through an on-site safety management strategy established by the safety operation management system in combination with collected data; andconstruction operation is carried out after risk assessment. The control system comprises: a safety operation system used for carrying out on-site safety monitoring; a safety operation management system which is used for being connected with the safety operation system and the power utilization acquisition system main station, wherein an on-site safety management strategy in the safety operation management system is used for performing risk assessment on the on-site operation safety in combination with the acquired data and performing construction operation after risk assessment. According to the invention, a comprehensiveintelligent power utilization acquisition equipment fault processing field operation safety scheme is formed; and the field operation risk is intelligently identified, and safety inspection and safetymonitoring are comprehensively carried out.

Description

technical field [0001] The invention belongs to the technical field of electrical equipment, and in particular relates to a safety control method and system for an electrical acquisition equipment fault handling operation site. Background technique [0002] At present, the safety measures for on-site operation of power collection equipment failure mainly rely on operators to manually fill in work tickets, read safety rules, and arrange assistance personnel to carry out safety reminders, accident rescue and other measures to implement manual prevention, without reference to information technology, smart terminals, and the Internet of Things control technology and other preventive technologies. [0003] Power collection equipment is the core equipment of modern smart grid. Power collection equipment is fully integrated in high-voltage transmission network and low-voltage power supply network. If effective risk prevention and control cannot be carried out, it will cause seriou...

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Problems solved by technology

[0002] At present, the safety measures for on-site operation of power collection equipment failure mainly rely on operators to manually fill in work tickets, read safety rules, and arrange assistance personnel to carry out safety reminders, accident rescue and other measures to implement manual prevention, without reference to information technology, smart terminals, and the Internet of Things preventive technology

[0003] Power collection equipment is the core equipment of modern smart grid. Power collection equipment is fully integrated in high-voltage transmission network and low-voltage power supply network. High, if effective risk prevention and control cannot be carried out, it will cause serious consequences such as casualties, equipment damage, and regional power outages

[0004] Moreover, due to the complex and dangerous on-site operation environment of the operation and maintenance of power collection equipment, the working experience and safety awareness of the operators are different, and the emotional state and fatigue state will also change at any time. The current safety precautions for on-site operations are random and reliable. Low safety, there are hidden dangers such as electric shock, falling, misoperation, etc., and on-site operations cannot effectively control risks

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