This innovative structural system is designed for applications such as Floating Solar Power Plants (FSPV), floating shades, floating water treatment plants, and floating aerators. It utilizes cost-effective HDPE pipes and a modular design for easy deployment and maintenance. The system significantly reduces costs and enhances stability through the use of an underwater floating sub-anchor and maintenance boat lanes.
Figure illustrates (as disclosed one of the embodiments of present invention) (1) Schematic of system over water, boat lanes depicted; (2) Skeleton of system, underwater floating structure; (3) Front view of system, front view of boat lanes; (4) Side view of system, connection between floaters and underwater floating structure; (5) Top view of system; (6) Back view of system; (7) Front view of system; (8) Underwater floating structure (sub-anchor); (9) Solar panel mounted on floater
Existing floating structures for solar power and similar applications are costly, complex, and often unstable under adverse weather conditions. Traditional designs necessitate expensive anchoring systems and overly robust floaters to ensure maintenance safety, leading to high costs and potential instability.
- The floating modules constructed from HDPE pipes with internal compartments, provide a robust platform for mounting solar panels, shades, or other equipment.
- The system's modular design allows easy deployment and scalability with quick-release connections (clamps/ropes) and optional boat lanes for maintenance.
- Its underwater floating sub-anchor, such as a steel truss supported by buoys, improves stability and reduces costs.
- Boat lanes replace traditional walkways, enabling maintenance via boats, thus eliminating the need for high-cost floaters.
- It allows for cost reduction for FSPV structural systems (from Rs. 15-20/Wp to Rs. 4-8/Wp).
- It is eco-friendly, as it uses UV/corrosion-resistant HDPE, compliant with water standards.
- The system’s shading helps reduce algal blooms, and the potential integration of aerators can aid in lake rejuvenation.
NA
A pilot project based on an earlier design is operational in Powai Lake. The updated design, incorporating HDPE floaters with internal compartments and floating sub-anchors, is ready for prototyping and further pilot demonstrations.
5
This technology offers a cost-effective solution for deploying floating solar power plants, potentially leading to widespread adoption. It supports water conservation by reducing reservoir evaporation, helps mitigate algal blooms, and promotes environmental sustainability with eco-friendly materials.
- Floating Solar Power Plants (FSPV)
- Floating shade structures
- Floating water treatment plants
- Floating aerators for water bodies
- Renewable Energy (solar power)
202121007731
512890