Abstract
Universiti Sains Malaysia (USM) has embarked on several solar energy initiatives to promote greener operations and sustainability. However, concerns exist regarding the actual performance of existing systems falling short of their potential. This project delves into the limitations of the current solar systems at USM, focusing on identifying and analyzing factors hindering optimal output. The research aims to understand the performance gaps affecting USM's solar systems comprehensively. By meticulously analyzing historical data, including solar irradiance, temperature, and system output, alongside a thorough study of existing infrastructure and maintenance practices, the project seeks to pinpoint specific bottlenecks. An in-depth interview with USM solar system specialists further assesses the systems' efficiency. This approach allows for a holistic evaluation of current practices and identification of key improvement areas. The ultimate goal is to establish concrete recommendations for optimizing USM's solar systems. These will encompass technical solutions, such as system upgrades, maintenance improvements, and operational adjustments, including data-driven monitoring and dynamic energy management strategies. Through this research, we strive to unlock the full potential of USM's solar infrastructure, enhancing its contribution to campus sustainability while providing valuable insights for wider solar energy implementation across Malaysia.
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