IMPLEMENTASI MOTOR BRUSHLESS DIRECT CURRENT (BLDC) PADA SEPEDA LISTRIK VANJARIL 1000 WATT

Brushless direct current (BLDC) menjadi alat yang sangat penting pada sepeda listrik vanjaril. kelebihan dari brushless direct current (BLDC), yaitu tidak menghasilkan emisi gas karbon di udara, mengurangi ketergantungan pada bahan bakar fosil. Implementasi bldc pada sepeda listrik juga harus dilakukan perancangan yang teliti agar saat sudah di pasang bldc dan roda harus center dengan rangka sepeda listrik vanjaril. Pengembangan sepeda listrik komponen yang memainkan peran penting yaitu motor brushlees direct current (BLDC) karna memiliki banyak keunggulan seperti minim perawatan dan minim kebisingan. Namun BLDC pada sepeda listrik, performa dapat dipengaruhi oleh faktor-faktor seperti RPM, Torsi, KPH, dan HP. Hasil penelitian menunjukkan penelitian akan difokuskan pada implementasi brushless direct current (BLDC) dan performa energi motor BLDC pada sepeda listrik Vanjaril 1000 watt kecepatan sepeda listrik mampu hingga, kecepatan 1 maksimal di capai 40 KPH, 4244 RPM, 1,94 HP, dan 9,13 NM. sedangkan pada kecepatan 2 maksimal di dapatkan 48 KPH, 5101 RPM, 2,62 HP, dan 7,78 NM. mengalami kenaikan kecepatan 8 KPH dan kenaikan 857 RPM. untuk kecepatan 3 maksimal di dapatkan 51 KPH, 5350 RPM, 2,87 HP, dan 8,94 NM Dengan melakukan analisis ini, dapat diperoleh informasi performa sepeda listrik yang detail dan rinci mengenai karakteristik dan kinerja motor brushless direct current (BLDC) pada sepeda listrik Vanjaril 1000 watt.
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Brushless direct current (BLDC) is a very important tool on vanjaril electric bikes. The advantages of brushless direct current (BLDC), which does not produce carbon gas emissions in the air, reduce dependence on fossil fuels. The implementation of bldc on electric bikes must also be carefully designed so that when the bldc and wheels are installed, they must be centered with the vanjaril electric bike frame. The development of electric bicycle components that play an important role is the direct current brushlees motor (BLDC) because it has many advantages such as minimal maintenance and minimal noise. However BLDC on electric bikes, performance can be affected by factors such as RPM, Torque, KPH, and HP. The results show that the research will focus on the implementation of brushless direct current (BLDC) and BLDC motor energy performance on the Vanjaril electric bike 1000 watt electric bike speed capable of, maximum speed 1 reaches 40 KPH, 4244 RPM, 1.94 HP, and 9.13 NM. while at the maximum speed 2 it gets 48 KPH, 5101 RPM, 2.62 HP, and 7.78 NM. experienced a speed increase of 8 KPH and an increase of 857 RPM. for a maximum speed of 3 obtained 51 KPH, 5350 RPM, 2.87 HP, and 8.94 NM By conducting this analysis, detailed and detailed electric bike performance information can be obtained regarding the characteristics and performance of the brushless direct current (BLDC) motor on the Vanjaril 1000 watt electric bike.