Floating Offshore Hybrid Energy Platform

This floating hybrid solar-wind platform maximizes renewable energy generation by combining vertical-axis wind turbines (VAWTs) and solar panels on a single, stable floating structure. It optimizes space use, enabling installation between existing offshore turbines to boost power density without expanding farm area. Designed for deep-water deployment, it offers a scalable, efficient, and reliable solution that delivers consistent energy output and accelerates the transition to sustainable offshore power generation.

This floating hybrid solar-wind platform is designed for clean, hybrid power generation in diverse offshore environments. Ideal for deep-water deployment, it enables access to renewable resources beyond the reach of fixed-bottom turbines. The technology can be integrated into existing wind farms to fill gaps between HAWTs, boosting power density and overall output without expanding the footprint. It also supports standalone renewable power supply for remote coastal areas and offshore facilities. Its modular, scalable design makes it a versatile solution for a wide range of offshore energy applications.

• Combines wind and solar power for stable, round-the-clock energy output and reduced intermittency.
• VAWTs can be placed between traditional HAWTs, increasing total energy yield without expanding the farm area.
• Low centre of gravity and ground-level components simplify upkeep and improve platform stability.
• Floating design enables deployment in high-resource offshore locations beyond shallow-water limits.
• Offshore placement minimizes visual and noise effects on coastal communities.