Prosiding Seminar Nasional Teknologi Industri Berkelanjutan
Prosiding SENASTITAN Vol. 05 2025

ANALYSIS OF BATTERY ENDURANCE OF GT-VP 1500 WATT ELECTRIC MOTORBIKE

Novanto, Fahmi setia (Unknown)
Irawan, Hery (Unknown)



Article Info

Publish Date
15 Mar 2025

Abstract

 ABSTRACTThis research evaluates the efficiency of the KK Super Graphene battery in the GT-VP 1500-Watt electric motorcycle across both flat and inclined terrains. It begins with a literature review to gather relevant information, followed by material preparation, track selection, and an initial test of the electric motorcycle without current limitations on the 1500-watt BLDC motor. Test data were collected and analysed to compare performance differences between flat and inclined terrains. The study aims to assess the battery's efficiency under current limitations of the 1500-watt BLDC motor based on the findings. The test results for battery power consumption on flat terrain indicated a runtime of 14.75 hours at a speed of 15 km/h, 8.80 hours at 20 km/h, and 7.56 hours at 30 km/h. Meanwhile, the battery runtime on inclined terrain decreased to 8.08 hours at 15 km/h, 7.05 hours at 20 km/h, and 4.54 hours at 30 km/h. Keywords: electric motorbike battery, BLDC motor, speed

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Journal Info

Abbrev

senastitan

Publisher

Subject

Automotive Engineering Chemical Engineering, Chemistry & Bioengineering Engineering Industrial & Manufacturing Engineering Mechanical Engineering

Description

- Industrial and Sustainable Technology Innovations - Ergonomics, Human Factors, HSE, and Work Design - Logistics System and Supply Chain - Operational Research, Modeling, and Simulation - Materials Engineering, Advanced Materials, Nano Materials - Energy Conversion, New and Renewable Energy - ...