QUESTIONS AND ANSWERS
AquaGen — Frequently Asked Questions
General
Who is AquaGen and where are you incorporated?
DynoRotor Inc. is doing business as AquaGen. DynoRotor is incorporated in Canada, United States an in the UK.
What is AquaGen?
AquaGen develops hydrokinetic energy systems that generate continuous electricity from flowing water—without dams or large infrastructure. Our technology is designed to replace expensive, fuel-based power in off-grid and remote environments.
Why did the company rebrand from DynoRotor to AquaGen?
The name AquaGen reflects our broader mission: delivering scalable, real-world energy solutions from water-based resources.
Product & Technology
How does AquaGen generate power?
AquaGen systems convert the kinetic energy of moving water into electricity. Unlike traditional hydro, our systems do not require dams or major construction—allowing deployment in rivers, canals, and other flowing water sources.
Why hasn’t hydrokinetic technology been widely adopted before?
Traditional hydro systems require significant infrastructure, while earlier hydrokinetic technologies struggled to produce meaningful power in low-flow environments. AquaGen is designed to generate usable power in these conditions, making deployment economically viable in places where it previously was not.
How much power does an AquaGen system produce?
Power output depends on site conditions, particularly water flow. The Barracuda system is designed to generate approximately 100+ kWh per day under optimal conditions.
What are the minimum water flow requirements?
AquaGen systems perform best at flow speeds around 2.0 meters per second or 4.4 mph, though they can generate power at lower speeds. Each deployment is matched to site conditions to ensure consistent output.
What happens if water flow decreases?
Power output scales with water flow. Lower flow reduces output, but systems are deployed in locations with consistent baseline flow to ensure reliable performance.
Where does AquaGen NOT work?
AquaGen requires consistent flowing water. Locations without sufficient or reliable flow are not suitable for deployment.
How are AquaGen systems configured?
Systems are modular and scalable. They can be deployed individually or combined in arrays to meet larger energy demands.
What is the expected lifespan of a system?
AquaGen systems are designed for a lifespan of approximately 15–20 years, with modular components that support efficient maintenance and long-term operation.
What maintenance is required?
Routine maintenance includes inspection (including debris) and servicing of components exposed to water flow. Systems are designed for modular repair to minimize downtime.
How does the system handle debris or harsh conditions?
AquaGen systems are engineered for real-world environments. They are designed to tolerate debris and variable conditions, with serviceable components that can be maintained without full system shutdown.
What impact does AquaGen have on aquatic life?
AquaGen systems use low-speed, open-flow designs intended to minimize environmental impact. Industry research indicates minimal disruption to aquatic ecosystems when properly deployed.
Does AquaGen compete with Solar and Wind Energy?
No, AquaGen complements Solar and Wind by providing continuous power where water flow exists.
Performance, Economics & Deployment
What are AquaGen's rated power and configurations?
AquaGen supports DC and AC outputs depending on system configurations
Minnow: 2.4 kWh/day
Trout: 14.4 kWh/day
Barracuda: 100 kWh/day
Barracuda: 200 kWh/day
How does AquaGen Barracuda compare to diesel generators?
Diesel generation in off-grid environments can cost $0.80–$1.00 per kWh or more when fuel logistics are included. AquaGen targets approximately $0.10 per kWh by eliminating fuel costs and reducing maintenance.
Why would customers switch from diesel?
Customers are already paying high and volatile fuel costs. AquaGen offers a predictable, significantly lower-cost alternative with minimal fuel dependency, making the decision primarily economic. Diesel LCOE (levelized cost of energy) is between $0.80 kWh to over $1.00 kWh. AquaGen Barracuda LCOE is around $0.10 kWh.
What will be the Target Pricing for AquaGen Products?
Final pricing has not yet been determined. The following represents preliminary target pricing (subject to change):
Minnow 2.4 kWh/day Target Price: $2,500 USD
Trout 14.4 kWh/day Target Price: To Be Determined
Barracuda 100 kWh/day Target Price: $35,000 USD
Barracuda Stacked 200 kWh/day Price: $70,000 USD
What is the typical payback period?
Payback depends on site conditions, but AquaGen systems are designed to achieve payback in under 16 months in high-cost diesel environments.
How does AquaGen compare to solar and wind?
Solar and wind are intermittent energy sources. AquaGen provides continuous, 24/7 base-load power, making it a strong complement—or alternative—in environments where reliability is critical.
How does AquaGen compare to solar + battery systems?
Solar and batteries require over-sizing and storage to deliver consistent power, increasing system cost. AquaGen provides continuous generation, which can reduce or replace the need for large battery systems.
Can AquaGen be integrated with existing energy systems?
Yes. AquaGen systems can operate alongside diesel, solar, wind or battery systems to reduce fuel consumption and improve overall system efficiency.
How quickly can systems be deployed?
Systems are designed for rapid deployment with minimal infrastructure. Installation timelines vary by site but are significantly shorter than traditional hydro projects.
What permits or approvals are required?
Permitting depends on the jurisdiction and site conditions. AquaGen works with local partners and authorities to ensure compliance with environmental and regulatory requirements.
What are the biggest operational risks?
As with any system operating in natural environments, variability in water flow and site conditions are key considerations. AquaGen mitigates these through site selection, modular design, and deployment planning.
Markets & Applications
Where is AquaGen used?
AquaGen targets environments where electricity is expensive or difficult to deliver, including:
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Remote infrastructure
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Mining operations
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Defense and government sites
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Off-grid communities
Product Availability
When will AquaGen systems be available?
AquaGen is currently in advanced testing and validation. Pilot deployments are expected in 2026, with broader commercial availability targeted for 2027.
Are pilot or early deployments available?
Yes. AquaGen is working with select partners, including governments and strategic operators, for early deployments.
Where are AquaGen systems manufactured?
Initial manufacturing is expected to be based in Canada, with expansion to additional regions as deployment scales.
Partners & Distribution
How can I become a distributor or partner?
AquaGen is building a global partner network. Priority is given to organizations with strong local presence, deployment capability, and access to high-cost energy markets.
Are exclusive distribution rights available?
Exclusive rights may be granted in select markets based on strategic alignment, investment commitment, and demonstrated ability to deploy at scale.
Investment & Company
Can I invest in AquaGen?
AquaGen is currently raising capital to support deployment and growth. Opportunities are available for accredited investors and strategic partners aligned with our mission. See Investment page on our web site.
What stage is the technology at?
AquaGen technology is currently at TRL 7, with ongoing field validation and preparation for scaled deployment.
How will AquaGen scale manufacturing?
AquaGen plans to scale through a combination of controlled initial production and partnerships with experienced manufacturers to support increasing demand.
What is the go-to-market strategy?
The company is focused on high-cost diesel replacement markets, deploying initially through direct relationships and expanding via regional partners and distributors.