Enapter AG, a global greentech company specializing in anion exchange membrane (AEM) electrolyzers, has received a pilot order worth approximately EUR 0.5 million from a US drone manufacturer. The order includes AEM electrolyzers from the 4.1 series, scheduled for delivery in the fourth quarter of 2026. These electrolyzers will be integrated into mobile, all-terrain refueling systems that produce hydrogen on-site from water and solar power, eliminating the need for grid connections and the complex logistics of transporting hydrogen in compressed gas cylinders.
This development is significant because it addresses a critical barrier to the widespread adoption of hydrogen-powered drones: the difficulty of refueling in remote or off-grid locations. Traditional hydrogen supply chains rely on bulky compressed gas cylinders, which are impractical for field operations. By generating hydrogen directly at the point of use, Enapter's technology enables drones to achieve significantly longer flight times and rapid refueling, surpassing the limitations of battery-electric propulsion. For drone manufacturers and operators, this translates into extended mission capabilities and operational flexibility in diverse environments, from disaster response to agricultural monitoring.
For Enapter, this pilot project opens a new field of application that aligns with the core strengths of its modular AEM technology. The compact footprint, robust operation, and scalability of the system mean that hydrogen production can be easily expanded by adding more modules, catering to varying demand. As the global market for long-range drones continues to grow, this order positions Enapter to capitalize on a scalable opportunity in mobile refueling solutions.
Dr. Jürgen Laakmann, CEO of Enapter AG, commented, “This order underlines how far the applications of our technology reach beyond classic industrial use. In this case hydrogen is generated flexibly where it is needed—free of complex supply chains and of any fuel logistics. That is exactly what our modular, low-maintenance AEM technology was built for. We see considerable growth potential in mobile refueling solutions and are pleased to be developing this field together with a technologically leading customer.”
The implications of this order extend beyond the immediate pilot. It validates the practicality of decentralized hydrogen production for mobility applications, which could pave the way for broader adoption in sectors requiring energy-dense, quickly refuelable power sources. Enapter's AEM technology, which avoids reliance on scarce and expensive materials like iridium, offers a cost-effective and sustainable approach to green hydrogen generation. With thousands of units already deployed across over 55 countries, the company is well-positioned to leverage this momentum.
As the drone industry expands, the ability to produce hydrogen on-site could become a standard requirement for long-endurance missions. Enapter's involvement in this pilot project not only demonstrates the versatility of its technology but also sets the stage for future commercial opportunities in the mobile energy sector.
