Thanks to the diffuser, the turbine’s output is more than twice that of a HAWT turbine and over four times greater than a VAWT turbine.
Maverick turbines have very compact dimensions, which predetermine them for installation on roofs. Maverick turbines are also low-weight and can be transported using ordinary freight services thanks to their parameters.*
Maverick poses absolutely no danger to the surrounding area. The diffusor performs the function of a protective cover for the rotating blades. The diffuser is highly visible to birds, so there is no risk of their injury.
The diffusor accurately points the turbine against the wind, so there is no need for additional equipment for changing its direction.
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The Maverick manufacturing process is environmentally friendly. We use eco-friendly materials, we do not use any paint and operation of the wind turbine is also ecological.
The Maverick is capable of generating the energy needed for its manufacture within 3 months of operation.
The Maverick is completely made from easily recyclable materials, such as aluminium alloys, stainless steel, polycarbonate and carbon fibres. At the end of its life cycle it can be disassembled and sorted into basic raw materials by a single person, using ordinary hand tools, within 40 minutes.
All the manufacturing technologies, materials and components are our own design and were made by purely Czech companies, which develop and manufacture prototypes for the automotive and aviation industries from high-quality materials using first-rate technological equipment.
All the used technologies, materials and components, as well as the prototype we constructed, have undergone testing in order to meet the legislative requirements for introducing the product onto the market. Testing takes place at a renowned supranational company with a worldwide reputation.
Rotor diameter: 1,330 mm
External diffusor diameter: 1,600 mm
The height of the rotor hub during typical installation on a roof: 1,800 mm
Total weight: 29 kg
Daily output: 4,000 W at 6 m/s
Start speed: 1 m/s
Nominal output: 1,000 W at 11 m/s
Placement and purpose
The Maverick is optimised for installation on the roofs of buildings in built-up areas for utilisation of a wind-speed of max 4-8 m/s with heavy turbulence. The aerodynamic parts were designed for greatest effectiveness at a wind-speed of 6 m/s.
The wind power plant is intended primarily for charging batteries. The system controls the charging of batteries in fully automated mode.
The output is 24 V DC (alternatively 48 V DC) and 220 V AC/50 Hz. Both outputs can be used simultaneously.
A portable stand for non-invasive installation on the roof has been developed and tested for the Maverick.
A remote control system placed in one compact box is used to control the wind power plant. Wind power plant functions can be monitored remotely.
The control system limits rotor revolutions after the nominal wind speed has been achieved. The rotor is braked during extreme wind speeds. When the wind speed returns to normal, the system lets the turbine back into operation.
the Marada Company launched activities in the field of construction, chiefly roofs.
we started executing contracts in Germany
we started executing contracts in Holland
when working on contracts in Holland we began to develop small wind power plants of our own design
we developed, manufactured and tested HAWT, VAWT and DAWT type models, we tested turbines with a diffuser and developed a generator of our own original design.
we successfully defined the appearance of a small DAWT class wind turbine for use on roofs. The company transformed into an s.r.o. (limited company)
we tested aerodynamic components and generators and constructed the final prototype
the final prototype under went in-house testing. The company transformed into Marada Wind Power s.r.o. We commenced full operation of the final prototype on the roof of an industrial shed, with storage of the generated power into batteries and subsequent consumption in a dual 220V/ 24 V autonomous power system. We made a decision to introduce the product onto the market on the basis of the results of operation and a market survey.
the final prototype undergoes testing by a renowned supranational company with a worldwide reputation so that we meet legislative requirements and are able to commence sales.