TECHNOLOGY
Modular
Mass manufactured, scalable arrays on site
in modular pods
Economic
Low LCOE
Easy installation
Low maintenance
Reliable
Rugged, hydrodynamic exoskeleton and self-clearing design
Volturnus prototype in canal testing
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24/7 distributed, zero emission power generation
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Deployable directly into Rivers, Oceans, and Canals
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Scalable in arrays
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Low profile, debris deflecting design
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Environmentally sound, fish friendly
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5 Volturnus= 50 kW V-POD system
FERC
"New hydrokinetic technologies, if fully developed, have the potential to double the amount of hydropower production in the United States, bringing it from just below 10% to close to 20% of the national supply."
Continental scale Volturnus deployed along a coastal city
SITE REQUIREMENTS
6 Meter Length
Microgrid scale Volturnus in an urban infrastructure
Microgrid scale V-Pod deployed in a canal
Efficiency
Volturnus uniquely harnesses the power in flowing water, with efficiency close to the theoretically maxim possible "Betz Limit"
Availability
Utilizing the 24/7 availability of flowing water in rivers, canals and oceans, combined with a self-clearing design, V-Pods provide baseload electricity
V-Pods produce emission free, eletricity 24/7 giving them a huge advantage over similar wind and solar devices that can't produce reliable base load power.
POWER DENSITY
V-PODs clustered mini arrays
Clustered mini arrays called "V-PODs" can be deployed in larger rivers and along the coasts from 50 kW to multi MWs
1/3 density per mile
4.4 MW Capacity
1/5 density per mile
2.65 MW Capacity
