Anti-misoperation medium voltage emergency power supply switching system

Abstract

The invention discloses an anti-misoperation medium voltage emergency power supply switching system. The anti-misoperation medium voltage emergency power supply switching system comprises a power supply system with multiple power supply circuits and multiple switching devices, a power supply switching logic base, a power supply state acquisition module and an operation simulation module, wherein operations corresponding to various power supply states are prestored in the power supply switching logic base, the power supply state acquisition module is used for obtaining states of the switching devices and detecting electrical simulation quantities of the power supply circuits, the operation simulation module is used for inquiring the power supply switching logic base according to switching states and the electrical simulation quantities so as to determine corresponding operations and simulating and displaying the power supply state of the power supply system on a display interface after the operations are executed, and the power supply state of the power supply system serves as the operation result. According to the mistake-proofing medium voltage emergency power supply switching system, the operation result is simulated before the power supply system is actually operated, an operator can be guided to conduct correct operations, and power failures and safety accidents caused by misoperations are effectively prevented.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for an improved switching mechanism that prevents damage from overcurrent or short circuits during normal use. It works even if there's some problem with it due to environmental factors such as weather conditions or equipment malfunctions.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving safety measures during building fires caused due to lacking power from regular generators set up within certain areas where no electromechanical equipment can operate properly. Existing systems use separate power supplies with each unit being able only if they fail simultaneously. Additionally, existing methods require multiple redundant components such as generators and overall, these solutions result in complicated wiring configurations and potential issues related to power interruptions.

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