Design of Speed Limiter Display for Uwin Fly Electric Bike Based on Internet of Things
Perancangan Speed Limiter Display Speda Listrik Uwin Fly Berbasis Internet of Things
DOI:
https://doi.org/10.21070/ups.940Keywords:
NodeMCU ESP8266, Electric Bicycle, Uwin Fly, Internet Of Things, Blynk, Speed LimiterAbstract
To contribute to the development of electric vehicle technology in Indonesia, a data monitoring system has been designed to monitor and remotely control the condition of electric motorcycles. The device is designed using a nodeMCU ESP8266 microcontroller, voltage sensor, switch, button, Hall sensor, and buzzer. Data is processed and displayed on Blynk. Experiments were conducted on battery monitoring, speed, speed mode, crush control, and speed limiter alarms. Implementing the device on the Uwin Fly electric bicycle can serve as a reference for the feasibility of the device on other electric bicycles. Additionally, the development of electric bicycle monitoring displays and speed limiter features can increase awareness among electric bicycle users, especially mothers and children. Overall, the monitoring system could contribute to enhancing the safety and efficiency of electric motorcycles on the roads of Indonesia.
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