Thermoelectric Generator for the Recovery of Energy from the Low-Grade Heat Sources in Sugar Industry

Abstract

In the current work, a thermoelectric power generation system was designed for an assessment of opportunities in terms of electricity production through the utilization of waste heat from sugarcane industries. In this study, the thermoelectric cooling of TEC1-12708T200 was appropriate for use in electric power generation from low-grade heat sources. The experiments used ten thermoelectric modules and an aluminum water block installed on the exterior surface area of a sugar boiler to achieve the same water flow as a traditional system. The results revealed that the power generation system could generate about 30 W (25.7 V, 1.17 A) at a matched load of approximately 36.8 Ω. The thermoelectric power generation system could convert 12.5% of heat energy into electrical energy. Therefore, the thermoelectric power generation system designed in this study could be an effective alternative for waste heat recovery in sugarcane industries.

The design of energy storage based on thermoelectric generator and bidirectional converter

“…Therefore, the TEG has the potential to be used as energy storage, in which the energy is stored in the form of heat. Commonly, the TEG is used in the heat energy recovery application such as in industries likes the sugar factory [9] or automotive industry [10]. It is also being used in energy generation based on solar thermal and photovoltaic energies [11], [12].…”

Triboelectric generator using mesoporous polydimethylsiloxane and gold layer

“…Thermoelectric energy harvesting technique has a very high potential to transform wasteful thermal energy into electricity attributable to renewable energy sources such as human body heat, biomass waste steam storage and hot water vapor [9,10]. Thermoelectric generator is a solid state device that converts temperature differences into electrical energy as a result of the phenomenon known as the Seebeck effect [11,12].…”