Sunstream Showcases Atmospheric e-WATERBOX at WETEX 2025 in Dubai
Frederic Bouvet-Haas • 19 janvier 2026
Sunstream unveiled the atmospheric e-WATERBOX at WETEX 2025 in Dubai, producing up to 11,000 liters of clean drinking water daily using solar-powered atmospheric water generation. Ideal for remote communities, industrial sites, and emergency response in the GCC and EU.
At WETEX 2025 in Dubai, Sunstream introduced a new approach to clean water production with the unveiling of its French-developed atmospheric e-WATERBOX. The system generates up to 11,000 liters of drinking water per day from ambient humidity and is powered entirely by mobile solar systems.
Solar-Powered Water Production
The atmospheric e-WATERBOX operates using atmospheric water generation (AWG) technology. By condensing moisture from the air and filtering it into potable water, the system eliminates the need for pipelines, groundwater sources, or grid electricity. Sunstream’s mobile solar kits provide the required power, enabling full off-grid functionality.
Built on Proven Deployments
The new solution builds on Sunstream’s track record of deploying mobile solar infrastructure across Europe, Africa, and the Middle East. Previous projects include sites in the UAE, Germany, and France, as well as a humanitarian installation in Burkina Faso that supplies clean water to a community of 20,000 people.
Alignment with GCC and EU Priorities
Both the GCC and EU are prioritizing resilient and low-carbon water infrastructure. The atmospheric e-WATERBOX aligns with these goals by reducing reliance on desalination and grid-powered systems, while supporting remote communities, agricultural sites, emergency response teams, and tourism developments.
Growing Market Interest
The interest observed during WETEX reflects a broader shift toward decentralized water solutions capable of rapid deployment with minimal civil works. As regions continue to adapt to climate and water constraints, technologies that support both energy and water autonomy are expected to gain wider adoption.
A Landmark Collaboration in Solar Energy The partnership was officially sealed through a contract signing ceremony at the Solar & Storage Live event, attended by senior representatives from both Sunstream International and ACES. This collaboration aims to leverage the strengths of both companies to accelerate the deployment of solar and storage solutions in the region, combining Sunstream’s expertise in portable and sustainable solar systems with ACES’ robust local infrastructure and technical capabilities. Highlights from Solar & Storage Live Riyadh 2025 Solar & Storage Live 2025 brought together industry leaders, innovators, and decision-makers from across the Middle East. Sunstream International’s participation highlighted its commitment to delivering reliable, clean, and efficient solar power solutions, including the e-GROUNDBOX, a versatile portable solar system designed for rapid deployment in diverse environments. During the exhibition, the Sunstream team engaged with industry professionals, demonstrating the capabilities of their solar solutions and sharing insights on how sustainable energy can address both immediate and long-term energy needs. The contract signing with ACES was a key highlight, reflecting Sunstream’s strategic focus on building strong partnerships to expand clean energy adoption. What This Partnership Means This collaboration with ACES represents a significant step toward regional energy innovation. By combining Sunstream’s advanced solar technologies with ACES’ operational reach, the partnership will enable faster deployment of solar solutions across commercial, industrial, and community projects in Saudi Arabia and beyond. The joint initiative also reinforces Sunstream International’s vision of empowering communities and businesses with sustainable energy, reducing carbon footprints, and supporting the Middle East’s transition toward cleaner energy solutions. Looking Ahead Sunstream International and ACES are committed to driving sustainable energy initiatives in the Middle East. The partnership will focus on delivering scalable solar and storage solutions, ensuring reliability, and supporting a cleaner, more sustainable energy future. Stay tuned for updates as Sunstream International and ACES continue to expand their collaborative efforts, bringing innovative solar solutions to the region.
We have been asked this question a number of times and perhaps the answer is not as obvious as it should be Unfortunately it is staggering how photovoltaic panels are expected to be indestructible in construction applications. For example, most of our roof tiles would break sooner or later if someone walked all over them. And we’re talking about a product dating back thousands of years! Back to the initial question on modules…so the answer is no. It’s best not to walk on photovoltaic modules, because such localised mechanical load generated beneath our feet can result in the mechanical breakage of cells which we should remember, are 0.2 mm thick slices of silicon. Such micro cracks are not immediately visible as the panel’s tempered glass doesn’t break, however they can cause several problems: broken parts of the cell are isolated from the rest of the cell and no longer generate energy, reducing overall system performance. In such broken areas the creation of hot spots is also possible, which in turn may cause glass to break or result in localised fires. We advise you watch the video by the National Renewable Energy Laboratory of Colorado, which uses electro-luminescence images (similar to x-rays) to show damage caused to cells when an operator carries out operations on the module, kneeling down or walking over it.