Renkube’s AI-Powered Prismatic Solar Glass with MFOT is a cutting-edge solution that revolutionizes solar energy generation by maximizing efficiency and reducing maintenance costs. The flagship product utilizes patented prismatic glass embedded into standard solar panels to capture and redirect sunlight onto PV cells from various angles throughout the day.

By leveraging artificial intelligence and prismatic geometry, the design achieves a 20% increase in solar energy generation without the need for moving parts or mechanical trackers. This innovative approach ensures optimal performance and efficiency, making it a game-changer in the renewable energy industry.

The glass panels are compatible with different types of solar cells, including monocrystalline, PERC, and perovskite, and maintain their efficiency over their entire lifespan. The installation process is simple and mimics traditional fixed-tilt systems, but with significantly enhanced yield and a reduced levelized cost of energy (LCOE) by approximately 12.5%.

One of the key features of this solution is its motion-free tracking, which allows for agrivoltaic integration. This means that crops can be grown under the solar installations, maximizing land productivity and supporting sustainable agriculture practices.

With ongoing pilots at agricultural universities and a planned commercial rollout, Renkube’s AI-Powered Prismatic Solar Glass with MFOT is poised to accelerate solar deployment by reducing maintenance needs, lowering system costs, and improving performance under variable sunlight conditions.

• Maximizes solar energy generation efficiency by 20% through patented prismatic glass technology
• Utilizes artificial intelligence and prismatic geometry for optimal performance without moving parts
• Compatible with various solar cell types and maintains efficiency over the product's lifespan
• Simple installation process with enhanced yield and reduced LCOE by approximately 12.5%
• Enables agrivoltaic integration to support sustainable agriculture practices and maximize land productivity
• Reduces maintenance needs, lowers system costs, and boosts performance under variable sunlight conditions