What is a Liam F1 wind turbine?

Created by the Dutch company The Archimedes, it is named after the Greek mathematician Archimedes, whose principles inspired the turbine’s design. Unlike traditional wind turbines, the Liam F1’s spiral shape allows it to capture wind more effectively, even in turbulent environments like cities.

What is Liam F1 UWT flat roof construction?

Liam F1 UWT Flat Roof construction Liam F1 is specially designed for an urban environment with turbulence (rotating wind) so installation on a large pole is not required, it suffices if he just rises slightly above the roof/ the wall. The turbine can be supplied in any given color so it blends in.

What is Liam F1 UWT?

The inspiration for the creation of Liam F1 UWT comes from the famous Archimedes screw principle and the windmill, one of the most common structures in the Netherlands' landscape. The manufacturer notes that it is more efficient than a standard propeller blade, and its low-noise operation is always kept under 48 dB.

How much energy does a Liam F1 UWT use?

To put things into perspective, an American household uses around 30 kWh per day, or 900 kWh per month and 11,000 kWh per year. Consequently, a single Liam F1 UWT power-generating device could provide over 10 percent of a home's energy needs in medium-to-high wind locations.

Can a Liam F1 UWT power a home?

Consequently, a single Liam F1 UWT power-generating device could provide over 10 percent of a home's energy needs in medium-to-high wind locations. The same structure would power 20 percent of a household's demand in Germany.

How much wind does Liam F1 need?

Liam F1's spiral/screw-shaped rotor always points in the direction where the wind blows and converts its kinetic energy into mechanical energy. The gadget only needs winds of 3.8 knots (2 m/s) to start rotating and producing energy.