Stay updated with the latest news and blog posts about our innovative wind energy solutions.
Here will also be articles on the general topic of a sustainable future.

24/08/2026
FEYZCO Tech has been officially selected by the Ministry of Industry and Technology of Türkiye to showcase its innovative vertical axis wind turbine technologies at the Consumer Electronics Show (CES) in Las Vegas. This global pavilion participation allows us to demonstrate our patented adaptive wind solutions to global investors, smart city developers, and sustainability leaders worldwide.

05/07/2026
FEYZCO Tech has been selected for the prestigious Leaders in Innovation Fellowships Advance programme (LIF Advance 2026), hosted by the UK's Royal Academy of Engineering. This international recognition grants our leadership exclusive access to global commercialization networks, world-class engineering mentorship, and technical validation in the United Kingdom. Participation in this elite program accelerates our R&D roadmap and strengthens FEYZCO’s position within the global renewable energy ecosystem.

17/03/2026
We are proud to announce that FEYZCO Tech has achieved Competition Finalist status in the highly competitive Halkbank Jet Luck Season 3 program. Recognizing high-potential technology startups, this prestigious accelerator program validated our business model and scalable clean energy solutions. Reaching the grand finale underscores our team's commercial readiness and the significant market impact of our proprietary urban wind energy systems, paving the way for upcoming investment rounds and commercial deployments.

30/07/2025
The brand is now an officially registered trademark. The intellectual property and market identity of our company have reached a legal milestone, as "FEYZCO" is now an officially registered trademark. This corporate registration secures our proprietary technology, brand assets, and commercial presence as we scale our operations globally. Protecting our brand identity reinforces our commitment to delivering trusted, certified, and pioneering vertical axis wind energy solutions to domestic and international markets alike.

10/12/2024
An analysis of the 2023 data on energy resource consumption across countries worldwide has been conducted, identifying the ratios between the consumption of renewable and non-renewable energy sources. The visualization of each energy source's share in overall consumption provides a clear picture of the current reliance on alternative energy sources for each country, enabling comparisons of their progress towards a sustainable future. ↗️

10/08/2024
Wind turbines can be damaged by extremely strong wind gusts. For instance, large three-blade wind turbines stop rotating and adjust their blades during high wind speeds. The main danger is the high centrifugal force, which can destroy the blades if the turbine rotates too fast.
For our vertical axis turbines, a special casing has been designed that automatically reduces the wind flow to the rotor. The higher the wind speed, the smaller the flow reaching the rotor. Experimental determination will be needed to find the optimal degree of wind flow reduction for different wind speeds. Since the optimization process can be complex, a simpler approach would be to block more of the wind flow, even if not optimal, to ensure the rotor is protected from possible damage.

24/07/2024
Ease of assembly and maintenance is crucial for any wind turbine.
A modification to our turbine design has been developed to greatly simplify assembly and servicing processes. Blade replacement can be performed without affecting other parts of the structure.

23/05/2024
The efficiency of any wind turbine increases if the wind flow reaching the blades is amplified using special flow concentrators. A simple solution has been found to concentrate the wind flow for our SVAWT design without increasing the rotor diameter. As a result, the width of the adaptive blades can be reduced, their number increased, and the rotor shaft pulsations, common to all types of VAWTs, significantly minimized.
A solution was also found for HAWTs, allowing more concentrated wind flow to reach the turbine blades through a simple reconstruction.