Energy collector based on road deceleration

Abstract

The invention provides an energy collector based on road deceleration. Hydraulic fluid ports of a hydraulic cylinder I used for collecting vertical kinetic energy of a bearing are connected with a front hydraulic fluid port and a rear hydraulic fluid port of a small-diameter large-stroke hydraulic cylinder through hosepipes I. A piston rod of a hydraulic cylinder III is connected with a rack I located on the left of the piston rod. Hydraulic fluid ports of the hydraulic cylinder II used for collecting horizontal kinetic energy of a vehicle are connected with a front hydraulic fluid port and a rear hydraulic fluid port of a small-diameter large-stroke hydraulic cylinder IV through hosepipes II. A piston rod of the hydraulic cylinder IV is connected with a rack II located on the right of the piston rod. The horizontal kinetic energy is converted into rotation of an engine rotor through a gear set engage with the rack II. The energy collector based on road deceleration can effectively recover horizontal and vertical kinetic energy and potential energy of the vehicle driving over speed bumps and drive a power generation device to conduct energy conversion and has the characteristic of high energy recovery efficiency.

Description

technical field [0001] The invention belongs to the technical field of energy recovery, in particular to a vehicle road deceleration energy recovery device. Background technique [0002] With the rapid increase of the number of private cars in cities and the continuous development of national highway planning and construction, the issue of highway power supply has received more and more attention. In many remote areas of the expressway, agricultural power sources are used, and the power supply conditions are poor, such as large voltage fluctuations and frequent power outages. At the same time, environmental factors are changeable, such as high humidity in the cave, large temperature difference in winter, and severe interference during thunderstorm season. In addition, there are still problems such as weak technical force and poor maintenance ability in agricultural power supply. Therefore, the power supply of highways is often limited by distance, terrain, weather and othe...

AI Technical Summary

Problems solved by technology

However, all the mechanical devices of this device are located below the ground, the space required for installation is too large, the construction cost is high, lubrication is not easy to achieve, and the maintenance cost is high

In addition, the energy of the lateral impact of the car on the speed bump is still not collected

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