Design of grass cutter holder powered by solar using internet of things (IoT)

Ab Razak, Megat Muhammad Zikri (2024) Design of grass cutter holder powered by solar using internet of things (IoT). Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

Text (Full Text) Design of grass cutter holder powered by solar using internet of things (IoT).pdf - Submitted Version Download (3MB)

Abstract

An revolutionary grass cutter holder uses solar power and IoT to revolutionize grass cutting. Renewable energy from solar panels makes the system sustainable and environmentally friendly. The grass cutter holder is powered by the solar panel. IoT improves lawn cutter holder functionality and efficiency. Smartphones and other internet-connected gadgets may remotely monitor and manage grass cutting. Real-time sensor data on grass height and obstacle recognition ensures correct trimming. This system detects obstacles with infrared (IR) and ultrasonic sensors for safety. The grass cutter holder automatically adjusts or stops when an impediment is detected to avoid collisions and damage. This function protects the grass cutter holder and surroundings. The solar-powered IoT grass cutter holder improves sustainability, and boosts grass cutting efficiency. It operates off-grid using solar energy, making it suited for distant or electricity-poor places. IoT allows customers to oversee grass cutting operations from anywhere, making it convenient and flexible.

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