Higher Efficiency Solar and Grid Connected Oven Using PI Controller

This paper presents the development of a higher-efficiency solar and grid-connected oven that integrates solar energy and grid power for optimized cooking efficiency. Utilizing a Proportional-Integral (PI) controller[1], the system maintains precise temperature control by dynamically adjusting energy sources based on real-time availability. The research includes modeling photovoltaic (PV) modules and the integration of a boost converter, with simulations conducted using MATLAB. Results reveal significant improvements in temperature stability and reductions in energy consumption compared to traditional ovens. The system promotes decreased reliance on grid power while advancing sustainable energy practices. Challenges associated with initial setup costs and solar availability are also discussed. Ultimately, this innovative approach supports the transition toward renewable energy solutions in cooking applications.