This honeycomb wind turbine produces 22,000 kWh
Interest in renewable energy resources has increased as environmental concerns about climate change and pollution have risen around the world. A honeycomb wind turbine that produces 22,000 kWh has been developed by a Scottish startup, Katrick Technologies. Wind energy is a natural, carbon-free source of renewable energy, but installing wind turbines is not practical in many regions.
A wind turbine which operates both in cities and in suburbs
Historically, wind turbines have operated optimally in vast, open spaces at high altitudes. While this placement often supports rural communities, it has its limitations in benefiting urban sectors. It also poses a costly investment.
However, thanks to an innovation from a Scottish startup, wind energy technology can be more affordable and easier to deploy in regions both small and large, in the city and in the suburbs.
Katrick Technologies develops innovative engineering technologies designed to reduce carbon at a lower cost and with more accessibility than traditional methods. As an intellectual property (IP)-based company, Katrick develops technology that is licensed to select global original equipment manufacturers (OEMs) for manufacturing, sales, and distribution. Its predominant innovations include Wind Panel technology and Passive Cooling systems.
The origins of Katrick Technologies wind panel technology
Katrick Technologies was established in 2016, but development of its Wind Panel technology began in 2020 when graduate students at Glasgow Caledonian University initiated early designs during a final project.
22,000 kWh of electricity can be generated by a 10kW array.
Small wind turbines that are suited for the suburbs and airports
Standing at 2 x 2 meters, Katrick’s Wind Panels are small and effectively capture and convert turbulent ground-level winds into carbon-free electricity through the use of mechanical oscillations. The mechanical oscillations enable the technology to capture low-level turbulent and gusting winds, which are commonly found in urban environments, making the Wind Panels a practical solution for suburbs and cities. Mechanical oscillations are vibrations between two points that move in a back-and-forth motion like a pendulum, spring, or ocean wave.
Rotary wind turbines, which operate in a circular rotation, are better suited to capture winds at altitudes of about 10 meters and above. At this level, wind has a laminar flow and kinetic energy moves smoothly without turbulence. In contrast, wind at ground level is impacted by surrounding conditions, which cause wind gusts and upticks in wind speed.
Katrick’s Wind Panel technology reacts to turbulence with a faster response time thanks to oscillations, aerofoils, and ducts, which help accelerate the velocity of wind inside the panel and effectively increase its power output. Also, the aerofoils have an angular pitch motion that adds to the benefit of the back-and-forth oscillation movement.
A renewable energy source which does not use fossil fuel
Like other renewable energy sources, including traditional wind turbines and solar panels, Katrick’s Wind Panel technology does not use fossil- or carbon-based fuel to produce electrical output. Additionally, due to its design and accessibility, the technology can be placed in regions where wind turbines and solar panels are not practical.
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