Gaia Turbine develops a plug-and-play hydroelectric microturbine featuring two counter-rotating rotors, designed for efficient energy generation in aqueducts and low-flow environments with over 90% efficiency. This technology addresses the need for sustainable power solutions in locations with head jumps ranging from 10 to 800 meters and flow rates of 3 to 500 liters per second, minimizing civil engineering costs.
Funding
$1.1M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Existing hydroelectric turbines often suffer from inefficiencies, especially in low-flow environments and aqueducts, leading to suboptimal energy generation. Traditional solutions can also be expensive to implement due to high civil engineering costs and limited applicability across varying head jumps and flow rates.
Solution
Gaia Turbine offers a plug-and-play hydroelectric microturbine designed for high efficiency in aqueducts and low-flow environments. Featuring two counter-rotating rotors, the turbine achieves over 90% efficiency across a wide range of operating conditions. Its modular design minimizes civil engineering costs, making it suitable for locations with head jumps from 10 to 800 meters and flow rates of 3 to 500 liters per second. The turbine's versatility allows for effective power generation even in changing environmental conditions.
Target Audience
The primary target audience includes operators of micro and mini hydropower plants, aqueduct managers, and entities seeking sustainable energy solutions in low-flow environments.
Features
- Plug-and-play design for rapid deployment and minimal infrastructure requirements
- Dual counter-rotating rotors to maximize energy capture from flowing water
- High efficiency (over 90%) across a broad spectrum of head jumps (10-800m) and flow rates (3-500 liters/s)
- Compact footprint suitable for installation in aqueducts, minimum vital flows, and micro/mini power plants
- Robust mechanical performance and adaptability to fluctuating environmental conditions