Humboldt, Tennessee – Reinhausen Manufacturing (RM), a U.S. subsidiary of Maschinenfabrik Reinhausen (MR) based in Regensburg, Germany, is proud to announce a major expansion of its facility in Humboldt. Known as the South Side Expansion, this development is a key step in supporting the transformation of the aging U.S. power grid and addressing rising energy demands from growing industries like data centers.
The expansion will add 12,000 square feet of new production space and updated office areas to the existing facility. Construction is scheduled to begin in summer 2025 and will be completed by July 1, 2026.
Boosting Grid Innovation and Production Capacity
RM has a long-standing history of driving innovation in power technology. This new expansion will allow the company to increase production of its ETOS MD-IV systems, streamline packaging operations, and support additional testing and production of RMV-II systems.
The added space is critical to meeting increasing demand through 2030. It also strengthens RM’s role as a leader in grid digitization, ensuring faster response times and continued reliability as energy needs continue to grow nationwide.
“This expansion shows our commitment to innovation, speed, and supporting a stronger, more reliable power grid,” said Bob Vary, CEO and President of Reinhausen Manufacturing.
Strengthening the Local Community
The South Side Expansion is not just about powering the grid—it’s also about powering the local economy. The project is expected to create new jobs, generate local tax revenue, and strengthen Humboldt’s position in the national energy sector.
“We’ve been part of the Humboldt community for decades,” added Vary. “This expansion reinforces the value of our U.S. operations and our mission to support the country’s energy future.”
Reinhausen Manufacturing continues to invest in solutions that keep up with the fast-changing energy landscape. As industries like artificial intelligence and cloud computing push energy demand to new levels, RM is ready to deliver the technology needed to power the future—efficiently, reliably, and locally.
