Effect of motorcycle exhaust pipe temperature and electrical circuit on harvested dc power from thermoelectric generators

M. Mirmanto, H.S. Tira, A. Pabriansyah

Abstract


The need for energy consumption nowadays becomes very important things, especially the need for electrical energy. Technology to convert heat into electricity directly can be realized using thermoelectric generators. To know the thermoelectric generator performance, this study performs an investigation of thermoelectric generator operated using motorcycle exhaust heat to generate DC power. Three identical thermoelectric generators model TE-MOD-5W5V-35S were used in this investigation. To generate different high temperatures the motorcycle was run at 1600 rpm, 2100 rpm, 3100 rpm. The circuits examined were series, parallel and combination of the two. All data were recorded using DAQ MX 9714 NI data logger that was connected to the PC using LabView program. The loads used in the current measurements were a thermoelectric cooler module model SP1848 and a fan 12 V - 0.13 A. Those two loads were installed in a parallel circuit. The results show that the tests without load produce the highest voltage, while the tests with the load result in the highest power. Increasing the temperature difference increases the power, and the parallel circuit results in the biggest power but the lowest voltage. The highest voltage of 3.3 V with series circuit was attained, and the highest power of 0.133 W with a parallel circuit was also obtained.


Keywords


Circuit; DC power; Thermoelectric

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References


Abidin S.Z., Bahrin S.K., Jaafar S., 2018, Initial development of an electrical power generator by using thermoelectric generator, focal lens and underground heat dissipation system, International Journal of Electrical and Computer Engineering (IJECE), 8(4), 2549-2556.

Ananta H., Padang Y.A. Mirmanto, 2017, Unjuk kerja kulkas termoelektrik dengan rangkaian seri dan paralel pada beban air 1500 ml, Dinamika Teknik Mesin, 7(2), 80-86.

Aprianus M.B., Rivaldo H.S., Priskila A., Wahyu K., Setiawan A., 2011, Panen energi listrik alternatif dengan memanfaatkan teknologi termoelektrik pada aspal jalan raya, Jurnal Program Kreatifitas Mahasiswa, Fakultas Sain dan Matematika, Universitas Kristen Setyawacana.

Ding L.C., Meyerheinrich N., Tan L., 2017, Thermoelectric power generation from waste heat of natural gas water heater, Energy Procedia, 110, 32-37.

Jugsujinda S., Vora-ud A., Seetawan T., 2011, Analyzing of thermoelectric refrigerator performance, Procedia Engineering, 8, 154-159.

Mirmanto, Alit I.B., Sayoga I.M.A., Sutanto R., Nurchayati, Mulyanto A., 2018, Experimental cooler box performance using two different heat removal units: a heat sink fin-fan, and a double fan heat pipe, Frontier in Heat and Mass Transfer, 10(34), 1-7.

Monteccuco A., Siviter J., Knox A.R., 2014, The effect of temperature mismatch on thermoelectric generators electrically connected in series and parallel, Applied Energy, 123, 47-54.

Paraskevas A., Koutroulis E., 2016, A simple maximum power point tracker for thermoelectric generators, Energy Conversion and Management, 108, 355-365.

Ramdhani M., 2005, Rangkaian listrik, Jurusan Teknik Elektro, STT Telkom Bandung, Indonesia.

Remeli M.F., Kiatbodin L., Singh B., Verojporen K., Date A., Akbarzadeh A., 2015, Power generation from waste heat using heat pipe and thermoelectric generator, Energy Procedia, 75, 645-650.

Sugiyanto, Siswantoro S., 2014, Pemanfaatan panas pada kompor gas LPG untuk pembangkitan energi listrik menggunakan generator thermoelektrik, Jurnal Teknologi, 7(2), 100-105.

Sugiyanto S., Umam M.T.N., Suciawan E., 2015, Rancang bangun kontruksi TEG (thermoelectric generator) pada knalpot sepeda motor untuk pembangkitan listrik mandiri, Forum Teknik, 36(1), 56-63.

Suryanto N., Aziz A., Mainil R.I., 2017, Pengujian thermoelectric generator (TEG) dengan sumber kalor electric heater 60 v menggunakan air pendingin pada temperatur lingkungan, Jom FTEKNIK, 4(2), 1-5.

Tang Z.B., Deng Y.D., Su C.Q., Shuai W.W., Xie C.J., 2017, A research on thermoelectric generator's electrical performance under temperature mismatch conditions for automotive waste heat recovery system, Case Studies in Thermal Engineering, 5, 143-150.




DOI: https://doi.org/10.29303/dtm.v10i1.319

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