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The New Technology of Floating Solar Power Plants Maximizes Solar Capture with Advanced Tracking and Cooling Systems. Generate Up to 25% More Energy with This Sustainable Innovation
Soltec has launched its innovative floating solar tracker, Flotus, to the market. This device was specifically designed for reservoirs, irrigation basins, and other inland water bodies, with the aim of hybridizing hydroelectric plants and maximizing the use of existing infrastructures. Solar energy is an essential technology for the future, and Flotus promises to revolutionize the sector.
Main Features of the Floating Solar Power Plant Flotus
East-West Tracking System: Flotus incorporates a solar tracking system that allows optimal orientation of the photovoltaic panels throughout the day. This system, similar to those used in land-based horizontal trackers, is complemented by an advanced naval design, making a significant difference in the energy efficiency of solar power.
Nautical Structure: Unlike traditional solutions that rely on land-based photovoltaic structures on floaters, Flotus uses a nautical structure equipped with photovoltaic modules. This innovative design optimizes energy efficiency due to better orientation and solar tracking, crucial for maximizing solar energy capture.
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Main Components: The system consists of three fundamental elements: two longitudinal floaters and a central inundatable tank, crucial for regulating east-west movement. This configuration allows Flotus to produce between 15% and 25% more energy, especially during the early and late hours of the day when production is generally lower. Solar energy is maximized with this efficient design.
Advantages of This New Solar Energy Technology
Higher Solar Energy Production: Flotus outperforms fixed floating structures and land-based solar trackers in terms of energy production. Thanks to its water cooling system, the panels operate at lower temperatures, which increases their efficiency and prolongs their lifespan. The generated solar energy is, therefore, more efficient and long-lasting.
Optimized Design for Bifacial Light: The plant’s design, with rows spaced two meters apart, allows for greater light penetration, optimizing the use of bifacial panels. This translates into greater energy capture and consequently a more sustainable and efficient production.
Robustness and Stability: Flotus is designed to withstand adverse conditions. The central tank acts as a ballast, providing stability and allowing the system to withstand wind gusts of over 100 km/h. This robustness is essential to ensure the continuity of solar energy production under adverse weather conditions.
Impact and Future of Flotus
Soltec has already captured the interest of potential clients in the United States and Spain, with pilot projects planned for next year. The implementation of Flotus not only promises greater efficiency in energy generation but also represents a significant step towards sustainability and emission reduction. Solar energy plays a crucial role in this advancement.
Flotus is an innovative solution that combines advanced technology and sustainability, providing a viable and efficient alternative for energy generation in bodies of water. With its optimized and robust design, Flotus is set to lead the way into a future where solar energy will be even more essential.
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