Floating solar technology is an innovative approach to renewable energy. This technology cleverly utilizes water bodies to host photovoltaic (PV) structures, offering a sustainable alternative to traditional land-based solar farms. By adapting solar panels to float on water surfaces, this method effectively maximizes the use of space while minimizing environmental impact.
Our Mission: To offer sustainable, cost-effective renewable energy solutions through cutting-edge floating solar technology. We are dedicated to minimizing the environmental impact of energy production and championing economic and social advancement.
Our Vision: To emerge as a global frontrunner in floating solar technology, democratizing clean energy and spearheading a sustainable energy revolution.
Our Goal: To establish solar power as a fundamental, enduring energy source, fostering economic and social development for future generations.
Applications Across Water Bodies
Our floating solar technology is versatile and can be used in various water environments, each with its own advantages:
- Fishery Ponds: Seamlessly integrating energy generation with aquaculture.
- Utility/Irrigation Reservoirs: Dual-functionality in water management and power generation.
- Drinking Water Lakes: Generating clean energy from essential water sources.
- Industrial/Thermal Plant Lakes: Aligning industrial energy needs with green solutions.
- Backwaters/Offshore Areas: Utilizing expansive water surfaces for energy harvesting.
- Ice Surface Lakes: Innovating energy solutions in challenging environments.
Why Floating PV Structures?
Land Usage:
Traditional PVs obstruct land, impacting agriculture and urban areas.
Floating PVs preserve land use, ideal for water bodies
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Grid Connection:
Traditional PVs need extra effort for grid connectivity.
Floating PVs often use existing grid points near water bodies.
Environmental Impact:
Traditional PVs are less suited for fast-growing economies.
Floating PVs prevent water evaporation and are scalable, suiting national programs.
Deployment Speed:
Traditional PVs require more time to deploy.
Floating PVs offer faster installation and scalability, which is especially beneficial in drought-prone areas.