A recent study highlights a significant opportunity for optimizing solar energy production in Türkiye, a nation rich in solar potential. Conducted by Ayse Inan from the Department of Electrical-Electronics Engineering at Gazi University, the research offers a groundbreaking approach to maximizing energy yield from photovoltaic panels through precise adjustments in tilt angles.
Türkiye benefits from abundant solar radiation, making it a prime candidate for solar energy advancements. Inan’s study employed a photovoltaic geographical information system program to establish the optimal tilt angles for solar panels across seven cities in the country. The findings reveal that by adjusting the tilt angle seasonally or monthly, energy production can be enhanced significantly—by 4.20% with seasonal adjustments and an impressive 5.05% with monthly adjustments.
Inan emphasized the commercial implications of these findings, stating, “The ability to fine-tune the tilt angle of solar panels not only enhances energy output but also improves the economic viability of solar investments. This is crucial for both investors and policymakers as they seek to expand renewable energy portfolios.”
The research indicates that while the seasonal and monthly adjustments yield the highest benefits in cities like Bartın, their impact is less pronounced in areas such as Kastamonu. This variation underscores the necessity for localized strategies in solar energy deployment, tailored to the unique climatic conditions of each region.
As Türkiye continues to develop its renewable energy sector, these insights could pave the way for more efficient solar energy systems, potentially influencing energy policies and investment strategies. The study serves as a crucial step toward advancing solar energy utilization not only in Türkiye but also in neighboring countries with similar solar profiles.
This research was published in the ‘Turkish Journal of Electrical Power and Energy Systems,’ which translates to English as the ‘Turkish Journal of Electrical Power and Energy Systems.’ For more information about Ayse Inan and her work, you can visit Gazi University Faculty of Engineering.
