Electreon signs collaboration agreement with ATLoS autonomous vehicle supplier to accelerate the vision of fully autonomous, wirelessly-charged industrial transport
BEIT YANAI, Israel, Sept. 16, 2025 /PRNewswire/ -- Electreon (TASE: ELWS) is pleased to announce it has signed a collaboration agreement with ATLoS, a Portugal-based company that specializes in manufacturing autonomous vehicles (AVs) for industrial environments. ATLoS is a registered trademark and a Business Unit of the ProCME Group, a global leader in delivering complex, high-tech infrastructure and mobility projects. Through this collaboration, Electreon's cutting-edge wireless charging technology will be integrated into ATLoS's AVs, starting with vehicles operating along fixed routes within manufacturing compounds, logistics hubs, and warehouse environments—key target sectors for both companies. The successful collaborative project could create significant new market opportunities for streamlining fully autonomous mobility solutions across sectors including automotive, food and beverage, pharma, airports, and ports. Full story available on Benzinga.com
ATLoS, a registered trademark and a key business unit within the ProCME Group, a global giant in complex infrastructure and mobility projects, will integrate Electreon's innovative wireless charging technology into its existing range of AVs. The initial focus of the partnership will be on vehicles operating along pre-defined routes within controlled industrial environments. Think manufacturing plants, bustling logistics hubs, and sprawling warehouse complexes – all areas where efficient and reliable autonomous transport can significantly improve productivity and reduce operational costs.
The collaboration represents a significant step towards realizing the vision of truly autonomous transport in industrial settings. By combining ATLoS's expertise in autonomous vehicle design and manufacturing with Electreon's cutting-edge wireless charging capabilities, the companies aim to create a seamless and efficient solution for moving goods and materials within these environments.
The potential benefits are substantial. Wireless charging eliminates the need for manual charging stations, freeing up valuable space and reducing downtime. Autonomous vehicles, already improving efficiency by automating transport tasks, can further optimize operations when coupled with continuous wireless charging.
Both companies see this collaboration as a gateway to unlocking new market opportunities across a wide range of industries. Beyond the initial focus on manufacturing and logistics, the successful integration of wireless charging and autonomous driving could pave the way for similar solutions in the automotive, food and beverage, pharmaceutical, airport, and port sectors. The partnership hopes to streamline mobility solutions, making them more efficient and sustainable for a diverse range of industries.