Field rescue system based on energy storage flywheel

Abstract

The invention provides a field rescue system based on an energy storage flywheel. The system comprises a rescue execution device, a drive motor, a flywheel energy storage device and a power supply device. The flywheel energy storage device is configured to store power provided by the power supply device and provide power for the drive motor, and the drive motor is configured to drive the rescue execution device to rescue broken-down heavy-load equipment. The flywheel energy storage device comprises the energy storage flywheel, a flywheel body of the energy storage flywheel comprises multiplemetal discs which are axially stacked and connected and are not provided with axial through holes, the axial thickness of each metal disc is smaller than or equal to 40 cm, and radial diameter sizes of the adjacent metal discs are different. Through the above manner, a few kilowatts or dozens of kilowatts of input power can be converted into hundreds of kilowatts and even megawatt of input power to be output, the size of the rescue system is greatly simplified, the system weight is reduced, the size, the weight and the energy consumption of rescue engineering vehicles can be greatly reduced, and the rescue cost is reduced.

Description

technical field [0001] The present invention relates to the technical field of rescue devices, and more specifically, relates to a field rescue system based on an energy storage flywheel. Background technique [0002] Heavy-duty equipment in the field is heavy and bulky, such as mine drilling equipment carriers, or military equipment and armored vehicles. These heavy-duty equipment may be accompanied by random rescue needs when operating in the field, such as falling into low-lying areas. In order to solve this The problem is that these heavy-duty equipment are generally equipped with rescue devices that can provide a lot of lifting or traction power, and rescue engineering vehicles that carry these rescue devices when working in the field. However, the volume, weight and energy consumption of the existing rescue devices are relatively large, so that the volume, weight and energy consumption of the rescue engineering vehicles carrying these rescue devices are correspondingly...

AI Technical Summary

Problems solved by technology

[0003] The invention provides a field rescue system based on an energy storage flywheel to solve the problem that the volume, weight and energy consumption of rescue engineering vehicles carrying these rescue devices are relatively large due to the relatively large volume, weight and energy consumption of existing rescue devices. The corresponding is very large, which limits the cross-country capability of these rescue engineering vehicles and causes the problem of greatly increasing rescue costs

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