AquaGen develops portable hydrokinetic energy systems that generate renewable electricity from slow-moving streams and rivers. Their proprietary technology provides high power density in a lightweight, modular design suitable for rapid deployment in remote or austere environments. This solution offers off-grid power for military operations, disaster relief, and underserved communities.
Funding
Funding not disclosed
Founders
Product
Problem
A significant portion of the global population lacks access to electricity, and even military and disaster relief operations face challenges in rapidly deploying portable power solutions. Existing renewable energy technologies often require specific environmental conditions or are too cumbersome for immediate deployment in remote or austere environments.
Solution
AquaGen provides portable hydrokinetic energy systems that generate renewable electricity from slow-moving waterways, addressing the need for reliable power in off-grid and emergency situations. The company's proprietary technology, exemplified by the Barracuda system, leverages a patent-pending Darrieus blade design and lightweight materials to achieve high power density. This allows for rapid deployment by a small team, enabling power generation in streams, rivers, and canals where other renewable sources may be impractical. The systems are designed for scalability and can operate 24/7, complementing intermittent sources like solar and wind.
Target Audience
AquaGen targets military units requiring power for forward operating bases, disaster relief organizations, and remote communities lacking grid access. The technology is also suitable for applications supporting data buoys, irrigation, and drinking water systems.
Features
- Patent-pending Darrieus blade system utilizing lightweight carbon fiber materials for high power-to-weight ratio.
- Modular design enabling scalability in height and width, with units capable of being spaced in rows for increased output.
- Rapid deployment capability, with systems deployable by two individuals in approximately 30-60 minutes.
- Utilizes off-the-shelf, ruggedized hydraulic components (pumps, motors) and electrical generators for cost-effectiveness and reliability.
- Offers multiple configurations including direct electric generation, irrigation pumps, and reverse osmosis systems for clean drinking water.
- Operates 24/7, providing a consistent power source that can be integrated with solar and wind energy systems for micro-grid applications.
- Environmentally friendly operation, utilizing pressurized water or biodegradable oil in its hydraulic system.
- Systems are designed for minimal environmental impact, with zero noise, smoke, or heat signatures.