Use of Telescopic Suspension for Regenerative Energy

Sagar Khatavkar; Dishant Sorathia; Abhishek Jadhav; Nikhil Patil; Zaid Khan

Abstract

A significant role of regenerative energy harvesting in modern vehicles has been assigned to regenerative hydraulic systems often used help battery implementations for independent power vehicle systems The suspension system encounters time to time deflections because of different road conditions, this bending moment can sometimes be employed to recycle momentum from topography, steering, accelerating, and braking. A reproductive braking system turns intermittent linear motion travel and vibrations into usable energy that may be preserved as cellular respiration in a buffer or captured as electromagnetic energy to power a vehicle's auxiliaries. This could be used on electric/hybrid vehicles or conventional vehicles to capture the energy that would otherwise be absorbed and wasted, and then convert it into electricity. The regenerative shock absorbers may continuously capture electricity. On a level roadway, regenerative shock absorbers can improve fuel economy by 2%, while on uneven routes, up to 10% can be predicted. Although the efficiency of smooth roads remains limited and is an area of concern for research.