Alpha Stage 2 for Katrick

Katrick Technologies is embarking on the next phase of prototype testing for its innovative Wind Panel technology, signaling a significant step forward in its journey toward commercialization. This new phase, designated as Alpha Stage 2, will unfold at the wind tunnel facilities of the University of Strathclyde and will incorporate upgraded features aimed at enhancing the system's mechanical efficiency. Previous testing phases have already demonstrated promising results, and this upcoming stage will further validate the Wind Panel's performance across various operational scenarios.

Distinguished by its pioneering oscillating aerofoil technology housed within specialized ducts, the Wind Panel represents a groundbreaking advancement in wind power generation. Unlike conventional wind turbines with rotary blades, the Wind Panel's aerofoils convert mechanical oscillations into eco-friendly energy. Moreover, its unique design enables it to harness ground-effect and gust winds that are typically inaccessible to traditional turbines. With its adaptable, modular design, the Wind Panel holds promise for deployment in diverse settings such as wind farms, airport runways, highways, and urban environments, unlocking previously untapped wind energy reservoirs.

Developed through collaboration with the Manufacturing Technology Centre (MTC), the prototype duct serves to amplify wind velocity and direct higher speeds toward the aerofoils. Having already achieved validation up to Technology Readiness Level (TRL) 5 at the University of Strathclyde, Alpha testing Stage 1 concluded with commendable results during two testing phases in 2023, conducted at the Silverstone Sports Engineering Hub and the University of Strathclyde respectively.

The second testing phase at the University of Strathclyde surpassed industry-leading performance benchmarks, demonstrating impressive mechanical power and efficiency. Now, as Alpha Stage 2 commences at the same venue, Katrick Technologies aims to build upon these achievements with enhancements designed to further boost mechanical output.

Alpha Stage 2 will evaluate the system's operational efficacy under varying wind conditions, facilitated by a newly optimized power train. Anticipated outcomes include power transfer ranging from 80 W to 100 W per duct at the rated wind speed of 12 m/s, alongside showcasing the system's ability to initiate power generation at wind speeds as low as 5 m/s. This testing regimen will enable Katrick Technologies to chart the power curve across wind speeds from 5 m/s to 12 m/s, informing subsequent developmental stages and marking another milestone in the Wind Panel's path to market readiness.

Vijay Madlani, CEO of Katrick Technologies, commented, "The results from our initial testing stages last year underscored the transformative potential of our technology within the greentech landscape. Not only does our Wind Panel prototype perform as intended, but it also surpasses initial performance targets, delivering higher mechanical power outputs at lower speeds than initially projected." Madlani added, "In this next stage of testing, we are refining our product to ensure that the Wind Panel achieves optimal performance by the time it reaches the market."

Insights gleaned from Alpha Stage 2 will drive further refinements and the development of a fully functional prototype, inching Katrick Technologies' revolutionary Wind Panel closer to affordable and accessible wind power generation for the masses.

For further information about Katrick and Brookfund, please contact Richard Phillips.