Fire Fighting Robot Using Photovoltaic Energy

Abstract

This project introduces a solar-powered fire-fighting robot designed to operate autonomously in areas where human access may be dangerous or limited. The robot is capable of identifying fire sources using onboard sensors such as flame detectors and temperature monitors. It is also equipped with an obstacle-detection system to navigate through complex environments. Once a fire is located, the robot activates a built-in suppression unit that can discharge water or an extinguishing agent to put out the flames. The robot is powered by photovoltaic panels, which convert sunlight into electrical energy stored in a rechargeable battery. This approach allows for sustainable and off-grid operation, particularly useful in outdoor settings like forests or isolated industrial zones. The use of renewable energy not only supports continuous performance but also promotes eco-friendly design practices. Combining solar energy with intelligent sensing and autonomous mobility, this robot offers a practical solution for early fire response. It helps to minimize damage, reduce the risk to human life, and support safer, quicker fire control in both urban and remote environments.