Title :
Generating power from speed-bump. Prototype developement and experimental study
Author :
Ramadan, M. ; Khaled, Mahmoud ; El Kady, Mostafa ; El Hage, Hicham
Author_Institution :
Lebanese Int. Univ., Beirut, Lebanon
Abstract :
The high cost of fuel energy and the dangerous rate of pollution push researchers to find new sources of energy. Energy recovery is one of these solutions. It allows producing energy without any pollution effect. Speed bump power generator (SBPG) is a system allowing producing power from the cars moving on the road. When the car passes over a SBPG, a mechanical system absorbs its kinetic energy and transfers it into electrical power. In this paper, the different types of SBPG are presented. A prototype is constructed and experiments are carried out. One can generate up to 65 W when a mass of 85 kg is applied to the bump. An extrapolation calculation shows that these powers can be around tens of kW when vehicles of tons-masses pass through the bumps.
Keywords :
AC generators; energy conservation; SBPG; energy recovery; extrapolation calculation; kinetic energy; mechanical system; speed bump power generator; Generators; Heat recovery; Power generation; Prototypes; Roads; Shafts; Vehicles; Energy; Prototype; Rack-Pinion mechanism; Recovery; Speed bump;
Conference_Titel :
Mediterranean Electrotechnical Conference (MELECON), 2014 17th IEEE
Conference_Location :
Beirut
DOI :
10.1109/MELCON.2014.6820497