There is no denying that renewable energy will play an important role in the future, but critics often argue that the upfront costs make it less viable. Wind power has real disadvantages that scientists are trying to overcome by using alternative methods, such as experimenting with using wood for wind turbines because the material is easier to recycle. Surprisingly, it’s still not as radical as the idea developed by Wyoming-based Airloom Energy.
In addition to high noise and lower efficiency, wind turbines are not as popular as solar energy because the average wind turbine has specific requirements for altitude, wind speed, and terrain. Airloom’s design, although experimental in nature, rethought the concept of wind turbines from the ground up. How does Airloom work? The design uses a group of poles (up to 100 feet high) arranged in an oval and attached to these poles is a cable system connected to numerous vertical wings. When the wind hits the vertical wings, the cable moves around the track to generate electricity.
According to Airloom, the unit can be installed anywhere and it is developed with disaster relief and military defense scenarios in mind. All of this combined results in a product that is 50% cheaper to operate per square meter than a regular turbine, which would make the system more affordable and accessible. And that’s exactly what renewable energy will need to convert the naysayers.
Is Airloom’s design better than traditional wind turbines?
Airloom claims its system has 42% fewer parts and 40% less mass than a traditional wind turbine. This means the parts are smaller, allowing them to be easily mass-produced and, more importantly, the system can be transported with regular shipping trucks – an example of this is the airfoil wings, which are 30 feet tall compared to wind turbine blades which are 180 feet long. It remains to be seen whether the new design can be deployed on a large scale, as the commercial demonstration is not expected before 2027.
Still, Airloom has made significant progress in recent years. After a prototype stage in 2023, the team developed a pilot design that was presented at CES 2026 and was voted the 2026 Sustainability and Energy Transition Winner. Major players are already backing the project, which may indicate that there is huge potential if the design delivers on its promises. For example, Bill Gates’ Breakthrough Energy is on board, as are other climate-minded organizations like Crosscut and MSJ, to name a few.
If successful, regions will have a way to develop wind energy much more quickly and with fewer restrictions. Airloom’s wind energy system can remain operational for at least 20 years in harsh environments, which is about the same lifespan as a regular wind turbine. That’s a big deal, especially considering that this system promises to produce “more energy per square kilometer” than current wind turbines.
