ROTOR River Swim Power Plant
The ROTOR is a small hydro power plant designed to use river currents to generate electricity.
Product aimed to have global impact but specifically regions with access to rivers like Latin America, Sub-Saharan Africa, East Africa and East Asia.
Mobile Hydro is creating an online Do-It-Yourself manual that offers. Additionally, Mobile Hydro is also developing an affordable pre-fabricated construction kit that includes important parts like tire tube, blade profiles, canvas cover and a specific generator.
Product is in prototyping stage.
Pico generation turbines like the Smart Turbine, Watter Buddy, and PowerPal T1 Turgo Micro-hydroelectric Generator.
Goal 7: Ensure access to affordable, reliable, sustainable and modern energy for all.
Off-grid or under-supplied rural locations.
Projected to be produced in mass production and individual production. The designers take into consideration a low cost concept production system were materials should be repairable, durable and easy to transport. An easy technique is proposed were just essential procedures are required: metal welding/soldering/riveting; Wood screwing/gluing; Hose repair with bicycle accessories.
Product is still in prototyping stage but users can contact Mobile Hydro for open source information to build a personal hydro turbine.
Mobile Hydro is still in a prototyping stage.
The ROTOR is a small kinetic hydro power plant designed to be low cost, using recycling materials and standard components. Further, its designed for user friendly plug and play installation on site. It has a floating, kinetic, vertical axis, pico turbine for economic performance at even low flow velocities. The product is designed such that users can access a manual and build it themselves using locally available parts. Additionally, Mobile Hydro plans to provide kits with essential parts.
Diameter: 1.40 m
Height: 1 m
Turbine: H-Darrieus rotor
Provided by Mobile Hydro.
Parts are already recycled, no warranty.
The turbine is designed to provide 1 Watt of power at river flow rate of 0.3m/s up to 703 Watts at 2.5m/s. Product is expected to produce 100-500W on average.
Testing performed by Mobile Hydro at an academic institution.
The turbine must not be placed in water bodies that people frequent.
Cada, G., et al., Potential impacts of hydrokinetic and wave energy conversion technologies on aquatic environments. Fisheries. 2011 Jan 9;32(4):174-181.
Robb, D., Hydro’s fish-friendly turbines. Renewable energy focus. 2011 Mar-Apr;12(2):16-17.
Zeiner-Gundersen, D.H., A novel flexible foil vertical axis turbine for river, ocean, and tidal applications. Applied Energy. 2015 Aug 1;151:60-66.
Ortega-Achury, S.L., McAnally, W.H., Davis, T.E., Martin, J.L., Hydrokinetic power review. Vicksbur (MI): Mississippi State University; 2010 Apr 2 [cited 2015 Jun 29].
The product is still in a prototyping stage.
Testing was conducted at the TUM Hydromechanics Lab for different blade shape forms and flow velocities and a prototype’s performance at the river Loisach.
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