THERMOELECTRIC TEC UNTUK MEMBANTU MENINGKATKAN MASSA OKSIGEN PADA PROSES PEMBAKARAN MOTOR BAKAR

This research was conducted to determine the effect of TEC or air cooling on the torque produced on a 110 cc motorbike. The TEC is connected to the intake manifold using a hose and the exhaust gas is connected to a gas sensor to see the Air Fuel Ratio AFR. This research shows the same results as the theory that decreasing air temperature can fertilize the fuel mixture, which is proven by a decrease in AFR of around 4.8% and this occurs The increase in power at 5600 rpm is 6.8 HP, around 1.8 HP higher than not using TEC.

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Publication Details

Journal
Jurnal Permadi Perancangan Manufaktur Material dan Energi
Published
2024-09-30
DOI
https://doi.org/10.52005/permadi.v6i03.156
Primary Topic
Engineering and Technology Innovations
Type
article
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article

THERMOELECTRIC TEC UNTUK MEMBANTU MENINGKATKAN MASSA OKSIGEN PADA PROSES PEMBAKARAN MOTOR BAKAR

Kartika Chandra, Hadi Rahmad, Zulfa Khalida, Yulia Puspa Dewi et al.
Jurnal Permadi Perancangan Manufaktur Material dan Energi
Engineering and Technology Innovations
article

THERMOELECTRIC TEC UNTUK MEMBANTU MENINGKATKAN MASSA OKSIGEN PADA PROSES PEMBAKARAN MOTOR BAKAR

Kartika Chandra, Hadi Rahmad, Zulfa Khalida, Yulia Puspa Dewi, Eti Putranti
article en

Abstract

This research was conducted to determine the effect of TEC or air cooling on the torque produced on a 110 cc motorbike. The TEC is connected to the intake manifold using a hose and the exhaust gas is connected to a gas sensor to see the Air Fuel Ratio AFR. This research shows the same results as the theory that decreasing air temperature can fertilize the fuel mixture, which is proven by a decrease in AFR of around 4.8% and this occurs The increase in power at 5600 rpm is 6.8 HP, around 1.8 HP higher than not using TEC.

Jurnal Permadi Perancangan Manufaktur Material dan EnergiVol. 6(03)
Affordable and clean energy
Openalex Percentile: Top 82%
Engineering and Technology Innovations
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