Conceptual Design Of Thermoelectric Power Generation (TEG) For Automotive Waste Heat Recovery.
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This project designs a portable and compact thermoelectric generator that can be carried and used anywhere since we have the source of heat needed to convert .The energy produced
Even though a good number of research work has been carried out in the past on the development of automotive bumper beam, there is limited study has focused on the development
This study is presenting production of electrical energy obtained by thermoelectric generator, based on Hi-Z thermoelectric module applied on 1.3L 4G13 engine..
The thermoelectric generator can be used for converting waste heat exhaust heat energy directly to electrical power, thereby decreasing fuel consumption. The
The most important result of the study was that for maintaining high thermal efficiency in the case that the temperature difference between hot and cold sources varies
Influence factor Boiler drum water level Controller type Feedwater flow Steam flow 5.3～10.0 5.1～9.6 The feedwater steam flow is very stable Conventio nal PID controller 10.0 9.6
2.4 UTILISATION OF WASTE HEAT OF FLUE GASES IN SPONGE IRON PLANT The sponge iron manufacturing process involves reduction of iron ore in a rotary kiln.. Coal is used as a fuel and also
Experiments will be carried out to determine the effect of mass flow rate of air and variable source temperature on effectiveness, evaporator and condenser side heat transfer
