Electric vehicle battery safety real-time supervision and management system based on intelligent cloud platform

Abstract

The invention discloses an electric vehicle battery safety real-time supervision and management system based on an intelligent cloud platform. The system comprises a cloud platform management system, a control management device, and a network control module, a core processor, a system control module and an internal monitoring control device which are disposed in the control management device. The internal monitoring control device comprises a temperature sensing device, a gas fire extinguishing device, a humidity sensing device and a power-off protection device; the cloud platform management system is directly connected with the monitoring management device through a remote network; the network control module is installed in the monitoring management device; and the core processor is installed in the monitoring management device. By installing the gas fire extinguishing device and the power-off protection device, the situation that when a traditional device is used, the device catches fire easily, and electric shock is caused when the device makes contact with water to conduct electricity is effectively avoided, and the safety of the device is greatly improved.

Description

technical field [0001] The invention relates to the technical field of battery safety real-time supervision and management, in particular to an electric vehicle battery safety real-time supervision and management system based on an intelligent cloud platform. Background technique [0002] With the development of the times, more and more devices need real-time monitoring and management during operation. When devices with internal power sources are used, various uncertain factors often appear, and the uncertain factors are very large. To a large extent, it will lead to various safety hazards. These various safety hazards will cause damage to the device. Therefore, it is necessary to install a real-time supervision and management system to monitor and manage the device during normal operation of the device, thereby greatly improving the safety of the device. However, there are deficiencies in traditional real-time supervision and management devices that need to be improved. ...

AI Technical Summary

Problems solved by technology

The present invention uses wearable devices with low power consumption to manage the construction site to ensure construction quality and site safety.” However, when the existing electric vehicle battery real-time supervision and management system is in use, it can only monitor the current data of the device. The monitoring data is used to calculate the usage and charging status of electric vehicles. However, when traditional devices are used and charged, there are often short circuits and temperature rises in the internal power connection or gas locations. Traditional devices can only conduct simple charging through current However, the specific device inside the device cannot be obtained. If the user does not take countermeasures in time, it will easily lead to damage to the device, and even a huge potential safety hazard.

[0005] 2. When the existing electric vehicle battery real-time supervision and management system is in use, the device often catches fire due to various factors. The electric vehicle fires and burns very fast, so it is necessary to quickly monitor the device on fire. Extinguish, if it is not extinguished in time, it may cause a bigger fire, but the traditional device does not have the function of extinguishing the battery of the battery car, and it is easy to cause a large economic loss

[0006] 3. When the existing electric vehicle battery real-time monitoring and management system is in use, it often encounters rainy and humid days. When the air is relatively humid and the internal circuit is damp, it will affect the starting of the electric vehicle. The transmission device does not have the ability to control the humidity of the environment. The effect of the detection, when the wet electric vehicle line interface is powered on, it is easy to cause a short circuit in the line, resulting in unnecessary losses. The traditional real-time monitoring device cannot monitor the humidity data inside the device in real time.

[0007] 4. When the existing electric vehicle battery real-time monitoring and management system is in use, the rainstorm will cause water accumulation on the road, but many people still use electric vehicles to drive on the water accumulation road. When the water level is too high and the electric vehicle When the internal connection wires are in contact, the current of the electric vehicle battery will endanger the health of the user, but the safety real-time monitoring device cannot quickly judge and respond to the humidity of the device

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