• Renewable Energy Generation: All configurations harness the Hydrobuoy system to generate consistent, non-intermittent renewable energy.
• Multi-functional Use: The systems can integrate community swimming pools, adding recreational and aesthetic value while contributing to energy storage.
• Pumped Storage Feature: The Hydrobuoy Large-Scale can store energy from other renewable sources at any time, and continue to supply uninterrupted power.
• Longevity and Efficiency: Hydrobuoy Large-Scale offers a 50+ years life expectancy.
WE ENVISAGE 3 MAIN CONFIGURATIONS
HYDROBUOY LARGE-SCALE
The autonomous nature of Hydrobuoy makes it an ideal solution for energy storage and continuous grid-scale power.
HYDROBUOY POWER BUILDING
The Hydrobuoy Power Building is a specialised high-rise structure designed for urban areas, providing decentralised renewable energy.
HYDROBUOY POWER HOME
Sustainable Living with Pool. Consistent, Reliable Renewable Energy for the Home.
A New Dawn in Energy Generation.
In a world struggling with the need for sustainable and renewable energy storage, a new invention has emerged: Hydrobuoy. This revolutionary hydropower system harnesses the power of falling water and the buoyancy of air to create a hydro water loop for generating electricity continuously.
Hydrobuoy is a sustainable and renewable energy source that can provide 24 x 7 around the clock power to communities and businesses.
Hydrobuoy solution exemplifies innovative use of technology by combining principles of fluid dynamics, buoyancy, and pressure management to create a unique and efficient renewable energy generation system. It leverages the natural properties of water and air in a U-shaped vessel to produce continuous renewable energy.
By integrating compressed air into the hydro system, Hydrobuoy enhances the energy generation process and ensures a consistent power output. The design’s scalability—from home use to large-scale industrial applications—makes it a versatile solution for various energy needs.
When suitable, an upper reservoir can be integrated and serve as renewable energy storage. By doing so, it adds energy storage to the system and improves its operational efficiency, ultimately maximising its overall utility.