Electreon and ATLoS Partner for Autonomous Wireless Charging

Electreon and ATLoS collaborate to integrate wireless charging into autonomous vehicles, enhancing industrial logistics with sustainable, hands-free solutions for manufacturing, warehouses, and more.

Electreon, a leader in wireless charging technology, has entered a collaboration agreement with ATLoS, a Portugal-based autonomous vehicle (AV) manufacturer under the ProCME Group. This partnership aims to integrate Electreon’s innovative wireless charging solutions into ATLoS’s AVs, targeting industrial environments like manufacturing compounds, logistics hubs, and warehouses. The collaboration is set to enhance fully autonomous, sustainable transport systems, streamlining operations across industries such as automotive, pharmaceuticals, and ports.

Key Highlights

  • Strategic Partnership: Electreon and ATLoS combine wireless charging and autonomous driving technologies.
  • Target Applications: Focus on fixed-route AVs in manufacturing, logistics, and warehouse settings.
  • Operational Efficiency: Wireless charging eliminates manual plugging and reduces downtime.
  • Scalable Solutions: Initial project to integrate Electreon’s technology into ATLoS’s vehicles.
  • Sustainability Focus: Aligns with ProCME Group’s commitment to clean, innovative mobility.
  • Global Potential: Opens new market opportunities in industrial automation.

Transforming Industrial Mobility

The collaboration leverages Electreon’s expertise in wireless energy transfer and ATLoS’s specialization in autonomous vehicles for industrial applications. By embedding wireless charging coils into the ground along fixed routes, ATLoS’s AVs can charge dynamically while moving or statically at loading docks. This eliminates the need for manual charging, enabling 24/7 automation and optimizing fleet operations. The partnership aligns with the ProCME Group’s focus on sustainable development, renewable energy, and technological innovation, positioning both companies to redefine industrial logistics.

Initial Project Scope

The agreement includes a pilot project where Electreon will provide hardware, software, and technical support to integrate its wireless charging system into an ATLoS autonomous vehicle. This vehicle will operate within an existing ATLoS customer’s facility, demonstrating the technology’s potential to enhance efficiency. The project is a stepping stone toward broader applications, with plans to expand into larger-scale implementations, including at a top-tier global company’s production facility.

Industry Impact and Vision

José Reis Costa, CEO of ProCME Group, emphasized the partnership’s role in advancing ATLoS’s mission to deliver sustainable and autonomous mobility solutions. By integrating wireless charging, ATLoS aims to reduce operational barriers and enhance client efficiency. Oren Ezer, CEO of Electreon, highlighted the importance of autonomous charging for achieving true vehicle autonomy, describing the collaboration as a “set-and-forget” solution that maximizes operational efficiency.

This partnership builds on Electreon’s successful global integrations with original equipment manufacturers (OEMs) and ATLoS’s expertise in high-tech mobility projects. Together, they aim to create scalable, intelligent infrastructure that supports the growing demand for industrial automation and clean energy solutions.

Future Opportunities

The collaboration opens doors to new markets, including automotive, food and beverage, pharmaceuticals, airports, and ports. By combining two transformative technologies—wireless charging and autonomous driving—Electreon and ATLoS are poised to lead the transition toward efficient, sustainable industrial transport systems.

For more details, visit electreon.com.

Stock It To Me

The EV Report
The EV Report

The EV Report is a digital platform dedicated to the global electric vehicle industry. It is a product of Hagman Media Group, and its mission is to inform, engage, and connect industry professionals and EV enthusiasts with relevant news and insights.