Abstract:
The function of a regenerative shock absorber is to recover vibration energy that would
otherwise be dissipated as waste in the form of heat. In this project, it was expected to re-use
that shock absorbers dissipated energy and transfer it to the extra power needed to run
automobiles by electromagnetic induction. This report was begun by discussing existing
researches and the significance of regenerative shock absorbers. Then, build a product model
that shows how the power generating shock absorber works, how the generated electricity is
used to recharge the battery, and how the voltage and amperage are displayed. The planned
prototype was far less expensive and smaller. The VA generated systems voltage is directly
proportional to the up and down moment of the shock absorber. If the voltage is higher than
the battery capacity, it has the possibility of battery charging.
otherwise be dissipated as waste in the form of heat. In this project, it was expected to re-use
that shock absorbers dissipated energy and transfer it to the extra power needed to run
automobiles by electromagnetic induction. This report was begun by discussing existing
researches and the significance of regenerative shock absorbers. Then, build a product model
that shows how the power generating shock absorber works, how the generated electricity is
used to recharge the battery, and how the voltage and amperage are displayed. The planned
prototype was far less expensive and smaller. The VA generated systems voltage is directly
proportional to the up and down moment of the shock absorber. If the voltage is higher than
the battery capacity, it has the possibility of battery charging.