This project focused on evaluating the thermodynamic performance of an innovative SunBox solar energy system designed to enhance electricity generation through optimized geometry and operating conditions. Using advanced simulation techniques, a detailed digital model was developed to analyse the thermal and electrical performance of the SunBox under multiple configurations, including south- and east-facing orientations with both fixed and variable tilt angles. Comparative analyses were carried out against a conventional 300 W photovoltaic (PV) panel of equivalent size to quantify the potential gains in power output and efficiency.
The study demonstrated the SunBox’s strong potential for performance enhancement in non-optimal orientations, validating it as a proof of concept for next-generation solar technologies. The findings provide valuable insights for design optimisation, energy benchmarking, and the development of high-efficiency building-integrated solar systems.