Floating solar systems are a brilliant solution for harnessing solar energy over bodies of water, allowing for energy production without using land space. Selecting the right solar panels for these unique environments is essential to maximize efficiency and longevity. Floating solar systems face distinct conditions, so choosing panels that perform well on the water has a significant impact on overall success.
With water beneath, floating solar panels benefit from natural cooling, which can improve efficiency. These panels are also exposed to higher humidity levels, reflectivity from the water’s surface, and variations in temperature—a factor often assessed using a bathythermograph, which can give insights into underwater temperature layers that might impact system performance. Selecting panels resilient to moisture and designed to optimize available light—including sunlight reflected off the water—can enhance energy output.
AccuSolar prioritizes eco-friendly materials and designs that accommodate bifacial solar panels, which capture sunlight from both sides. Our white floating docks amplify albedo, or the reflection of sunlight, boosting the energy captured by bifacial panels. The open-space design of these platforms allows for natural cooling, further enhancing panel efficiency. Each AccuSolar platform is crafted for durability, able to withstand local weather conditions like wind and wave activity for consistent, long-term performance.
Beyond selecting the right panels, a solar panel survey is an invaluable step in planning a floating solar installation. A solar panel survey involves a comprehensive assessment of various factors that can impact the system’s performance and efficiency. This includes analyzing the water body’s depth, current, quality, and potential impact on aquatic life. A solar resource assessment is essential to determine the amount of solar radiation reaching the water surface and identify potential shading sources. Understanding these aspects allows the design to incorporate durable materials and configurations that can withstand specific site conditions, maximizing both performance and lifespan.
Since floating solar setups experience slight movement with the water, a structural integrity assessment is necessary to evaluate the stability and durability of the floating platform and mooring system in various weather conditions. By addressing these factors, a solar panel survey helps optimize system design, improve performance, extend lifespan, reduce maintenance costs, and minimize environmental impact.
With floating solar installations on the rise, choosing the right solar panels and conducting a site-specific survey ensures efficient and sustainable energy production. By pairing careful planning with well-suited panels, floating solar systems can achieve reliable, high-efficiency power generation across a wide range of water settings. That’s why AccuSolar is the clear choice—our expertise, eco-conscious designs, and commitment to durable, high-performance solutions ensure your floating solar project succeeds for years to come. Contact us today.
