High efficiency active cooling system

Dziurdzia, P.; Kos, Andrzej

doi:10.1109/stherm.2000.837057

Cited by 7 publications

(3 citation statements)

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“…TEGs are composed of several thermoelectric modules which are solid-state integrated circuits. These devices are established after the well-established thermoelectric well-known effects; the Peltier, Seebeck and Thomson effects (History, 1920;Buist, 1995;CRC, 1995;De Baetselier et al, 1995a;De Baetselier et al, 1995b;DiSalvo, 1999;Dziurdzia and Kos, 1999;Rowe, 1999;Dziurdzia and Kos, 2000;Snyder and Ursell, 2003;Dalola et al, 2008;Jeffrey and Eric, 2008;Chen et al, 2009;Freunek et al, 2009;Beeby and White, 2010;Patrizia et al, 2011;Faruk et al, 2013;Piotr, 2014;Hashim et al, 2016;Jatin et al, 2016;The Science of Thermoelectric Materials, 2019;Warren, 2019).…”

Section: Introductionmentioning

confidence: 99%

Untitled

2019

International Journal of Sustainable Energy and Environmental R

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A simulation model has been developed to predict the behavior of a hybrid system composed of PV-Thermal panel and thermoelectric generator using nanofluids. The model has been established after the energy and mass conservation equations for nanofluids flow the dynamic behavior of the PV-Thermal panels, and the thermoelectric generator has been studied and analyzed under different nanofluid particles concentrations and different solar radiations conditions. The model fairly compared with existing data. Contribution/Originality: Our contribution is to develop an original numerical model to predict the behavior of PV-Thermal and thermoelectric generator using nanofluids. The use of nanofluids shows significant improvements in the behavior of PV-Thermal and thermoelectric generator over the base fluid water. Our work uses different well-known nanofluids with various concentrations. This work represents a step forward in advancing the use of PV solar panels and thermoelectric generators. Our paper provides useful significant guidelines for the designers to use an integrated hybrid system of PV-Thermal and thermoelectric generators.

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Section: Introductionmentioning

confidence: 99%

Untitled

2019

International Journal of Sustainable Energy and Environmental R

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“…Not so long ago Peltier modules were mainly used as thermoelectric coolers TECs, for example in thermal image generator (De Baetselier et al, 1995a), thermoelectrically cooled radiation detectors (Anatychuk, 1995), active heat sinks for cooling of microstructures and microprocessors (Dziurdzia & Kos, 2000), fiber optic laser packages (Redstall & Studd, 1995), special medical and laboratory equipment for temperature regulation (Uemura, 1995), etc. Also in some niche applications, thermoelectric modules working as thermoelectric generators TEGs have been used for some time.…”

Section: Introductionmentioning

confidence: 99%

Modeling and Simulation of Thermoelectric Energy Harvesting Processes

Dziurdzia¹

2011

Sustainable Energy Harvesting Technologies - Past, Present and Future

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“…Based on the correlations of the classical heat transfer theory [5][6][7], a nonlinear analytical model is established for the system, which can be divided into five parts: MCHEX-A, MECHEX-B, Pipe-I, Pipe-II and TEM.…”

Section: Thermal Modelmentioning

confidence: 99%

Research on a micro-channel heat exchanging system based on thermoelectric control

Jia

Wang

et al.

Twentieth Annual IEEE Semiconductor Thermal Measurement and Management Symposium (IEEE Cat. No.04CH37545)

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A micro-channel heat exchanging system is developed for the thermal management of high-density electronic packages in the atrocious high-low temperature environment. Being a closed-loop system, it mainly consists of two micro-channel heat exchangers, a micro-pump, a few pipes, a thermoelectric module, some temperature sensors and an active controller.On the basis of the classical heat transfer theory and its correlations, a nonlinear analytical model is established for the system and a numerical simulation is preceded for a set of experimental equipment. Active control, based on the best performance coefficient of TEM, is utilized for the system.Some experiments are carried out with a set of experimental equipment in high-low temperature circumstances. The simulation results are well in accordance with the test results, on condition that the chip works at 18 to 50 with surrounding temperature ranged from -40 to 50 . The research shows that the theoretical model correctly reflects the physical properties of the experimental equipment, and the model can be used to design thermal control systems for electronic chips in ugly temperature surroundings.

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High efficiency active cooling system

Cited by 7 publications

References 0 publications

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Modeling and Simulation of Thermoelectric Energy Harvesting Processes

Research on a micro-channel heat exchanging system based on thermoelectric control

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