High-altitude low-temperature-environment electric control device control system based on AI system

Abstract

The invention relates to a high-altitude low-temperature-environment electric control device control system based on an AI system. The control system comprises an electric control device cabinet, an environment detecting terminal, driving guide rails, a power detector, a fault detector, an internet-of-things controller, an auxiliary control circuit, a data communication network and a data processing server based on the AI technology. At least one electric control cabinet is arranged. At least two driving guide rails are arranged in the electric control cabinet. At least one environment detecting terminal is arranged. In addition, the control method includes six steps of equipment assembling, hardware identification, equipment networking, allocation operation strategy, operation control andsystem parameter correction. On the one hand, the demand of equipment usage of different types of electric control devices can be satisfied; and on the other hand, the electric control device can work autonomously under the condition of not relying on the intervention of the staff, so that the automation level and intelligent level of the operation of the electric control device are improved substantially.

Description

technical field [0001] The invention relates to a control system and a control method of an electric control device in a high-altitude and low-temperature environment based on an AI system, and belongs to the technical field of power transmission and transformation and electrical control equipment. Background technique [0002] Among the various electronic control devices currently operating in high-altitude low-voltage environments and low-temperature environments, it is often necessary to add equipment such as air-conditioning units, hot air blowers, and air pumps while satisfying the circuit control operation circuit system. Temperature adjustment and pressure adjustment mechanism to ensure the stability of the internal operating environment of the electronic control device, and prevent the circuit components of the electronic control device from malfunctioning due to harsh working environments such as low temperature and low pressure. However, it is found in actual use th...

AI Technical Summary

Problems solved by technology

[0002] Among the various electronic control devices currently operating in high-altitude low-voltage environments and low-temperature environments, it is often necessary to add equipment such as air-conditioning units, hot air blowers, and air pumps while satisfying the circuit control operation circuit system. Temperature adjustment and pressure adjustment mechanism to ensure the stability of the internal operating environment of the electronic control device, and prevent the circuit components of the electronic control device from malfunctioning due to harsh working environments such as low temperature and low pressure. However, it is found in actual use that the current type of electronic control device In operation, control systems based on industrial computers such as programmable controllers and industrial single-chip microcomputers are often used to adjust and control the operating status of electronic control devices and the operating status of temperature and voltage regulation. The degree of automation of the operation of the control device equipment, but can only rely on fixed procedures to operate, and cannot flexibly adjust the operating status of the electronic control device according to environmental changes, and when the electronic control device fails partially, it cannot perform effective emergency troubleshooting operations, which seriously affects In addition, the data communication capability of the control system of the current electronic control device is relatively poor, which leads to the remote operation and management capabilities of the current electronic control device equipment. Relatively insufficient, the control accuracy is relatively poor, and it cannot effectively meet the needs of remote monitoring and management of electronic control devices. Therefore, current equipment such as unattended substations and container substations are used in high-altitude low-voltage environments and low-temperature environments. and operational stability are severely limited

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