PERANCANGAN DAN IMPLEMENTASI INOVASI AYUNAN PADA TAMAN BERMAIN SEBAGAI PEMBANGKIT LISTRIK
Keywords:
Arduino Uno, Energy Conversion, , Generator, Mechanical Energy, SwingAbstract
Alternative energy utilization continues to develop, yet unoptimized potential remains, such as mechanical energy from children playing on swings in playgrounds. This energy can be converted into useful electricity through a conversion device. This study aims to design a motion-to-electricity conversion system for 12 V battery charging and monitoring using Arduino Uno. The methodology includes design, assembly, testing, and analysis. The system comprises a generator, rectifier, buck converter, battery, voltage sensor, ACS712 current sensor, I2C LCD, LED, and relay. Test results show the generator produces 0.07–1.19 V and 0 A, failing to charge the battery optimally. Average errors are 2.65% for voltage and 8.61% for current sensors. The monitoring system successfully displays data on the LCD and operates the LED and relay. In conclusion, the system functions properly, but a more suitable generator is required.
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