Heat obtaining by using magnetic area

The reasons for tending to renewable energy can be briefly summarized as; security of supply, social and economic impacts of energy, environmental impacts caused by energy production and sustainability. The usage of heating methods depend on renewable energy, in industry, is increasing day by day. The aim of this research is to search, possibility of utilization of the heat, generated on conductive materials by using magnetic field and creating Eddy currents and to make a contribution to development of new heating methods. The difference of heat is observed by changing three parameters, these are the distance between conductive material and magnets, number of magnets and magnetic field. The optimum yield is calculated as 74,30 % according to change of variables. The optimum yield was obtained from 4 mm distance between conductive material and magnet 2000 revelations per minute with 30 magnets combination. Moreover, the performance expends on the distance between conductive material and magnets, number of magnets and the change of magnetic field variables was examined. Thus, it was provided to obtain the necessary information that can be source for further research as well as the applications working with this kind of system.