IZZAH AFIFAH BINTI IBRAHIM Universiti Sains Islam Malaysia
Solar radiation is a clean and renewable energy source, but its production is limited by the availability of sunlight. Large-scale solar farms produce less power during sunrise and sunset than during the day. Automated solar tracking systems can increase energy production by tracking the sun's passage across the sky. Single-axis trackers can boost energy production by 10-30%, while dual-axis trackers can increase it by up to 40%. A portable solar tracker, inspired by sunflowers, tracks the sun's movement, includes environmental sensors, and uses an Internet-of-Things energy monitoring system for real-time observation, data collection, and performance evaluation. This device, with a customizable python-based application, is suitable for use in various settings, including military, Search and Rescue operations, leisure, and space exploration. The device is adaptable for use in various settings, including satellites, planetary rovers, and the International Space Station.