Floating solar panels have been gaining traction as a sustainable energy solution, particularly for bodies of water like lakes and dams. These solar systems are not only a highly efficient way to generate renewable energy but also make use of otherwise unused space, all while helping to preserve the land for other uses. With the global shift towards renewable energy, floating solar is gaining traction as a promising option. This guide will help you understand the specifics of floating solar installations on dams and lakes if you’re exploring this technology.
In recent years, the global adoption of floating solar systems has grown significantly, with hundreds of projects already deployed around the world. Areas throughout Southeast Asia, India, and Europe have paved the way for the United States to advance technology with the installation of floating solar on large reservoirs, lakes, and dams to maximize energy production.
While floating solar is becoming increasingly popular, it’s still a relatively new market in many areas. Development often relies on symbiotic infrastructure and strong partnerships. Collaborating with a local solar company is crucial, as they can provide invaluable knowledge regarding the unique requirements of floating solar projects, including water conditions, climate considerations, and adherence to local regulations.
One major advantage of deploying floating solar arrays on lakes and dams is the possibility of existing hydro power already integrated. Here’s a look at the key steps we take when constructing these systems:
Job Evaluation & Site Identification
The first step in any floating solar project is evaluating the site to determine its suitability for installation. Factors such as water depth, variations in water levels, wave action, and site constraints are considered. The existing infrastructure of the dam or lake is also factored in. We understand the unique characteristics of each location and can offer tailored advice for the project’s success.
System Design
Once the site is approved, the next step is designing the floating solar system. AccuSolar customizes the design to meet the project specifics which will usually be based on maximum fit, current transmission line capabilities, or offsetting usage, all while ensuring maximum efficiency and safety. Engineers then create blueprints to help visualize the final design and establish guidelines for the finished product, including plans for electrical connections and integration with the grid.
Regulatory Compliance and Permitting
AccuSolar has built relationships with many developers and EPC’s across the country who will have local knowledge and understanding of environmental and permitting hurdles. With their help, and our history in floating structures, we are well-equipped to guide your project through every regulatory step, ensuring compliance with all necessary environmental and safety standards.
Manufacturing and Shipping
AccuSolar uses high-quality materials such as marine-grade aluminum, stainless steel hardware, and UV-resistant plastics to build the floating platforms. These platforms are designed for buoyancy and durability, ensuring long-term performance in aquatic environments. Once completed, the platforms are shipped to the installation site via flatbed trucking. Thanks to their lightweight design, transporting and deployment of the platforms is accomplished in a fraction of the time.
Installation and Commissioning
The final phase involves the installation and commissioning of the floating solar platforms. AccuSolar partners skilled contractors to assemble the floating components, most of which are pre-assembled in the warehouse before deployment in the aquatic environment.
The commissioning process is meticulous, involving detailed electrical work such as mounting solar panels, installing cables, grounding, and integrating specialized electrical components. Once installation and commissioning are complete, the AccuSolar floating platforms are ready to generate clean, renewable energy.
Ongoing Maintenance
Floating solar systems are designed for efficiency and durability, requiring minimal maintenance compared to ground-mounted systems. However, routine checks help ensure optimal performance by monitoring system health, keeping the panels clean, and addressing any technical issues that arise. This less maintenance approach supports long-term efficiency, keeping the system running smoothly for years to come.
Floating solar on lakes and dams provides an innovative way to harness solar power while preserving valuable land resources. By generating renewable energy in areas where land is limited and energy demand is high, floating solar systems are becoming a cornerstone of sustainable energy solutions. AccuSolar’s expertise covers all aspects of floating solar installations for lakes and dams. Contact us to get started.
