OPTIMIZATION OF PHOTOVOLTAIC ENERGY PRODUCTION

Abstract

As a fundamental component of renewable energy, photovoltaic technology is still developing; thus, it is important to realize these factors for sustainable energy transitions. This project provides a thorough analysis of the present state of photovoltaic (PV) systems, their constraints, the major variables affecting productivity and efficiency, and strategies for improving energy production. A methodical evaluation of current photovoltaic energy production systems is carried out, examining performance indicators and investigative constraints. A review of the literature used to identify the key elements influencing the productivity and efficiency of PV systems. The project detailed the methodologies to enhance PV cell energy production that encompasses technological advancements. Therefore, the finding reveals current PV system performance, highlighting strengths and areas for improvement. Mainly, key factors influencing efficiency and productivity, including environmental conditions and technical parameters, are identified. Additionally, a range of enhancement methods, such as PV cell configurations and advanced tracking systems, are explored for their potential to supplement energy production. The study delivers valuable information into the multifaceted aspects of PV energy production and optimization of the output. It is also used to understand current performance, key influencing factors, and exploring enhancement methods PV electric energy production. Generally, it helps stakeholders plan effectively to advance the sustainability and efficiency of PV technologies, that vital for accelerating the adoption of renewable energy and mitigating the challenges of climate change.