NOWE GMBH

Their core work

NOWE GmbH is a German engineering company specializing in railway vehicle systems, contributing technical expertise to Europe's Shift2Rail programme — the EU's flagship initiative to modernize rail transport. Their work spans the full technical breadth of a modern train: from the powertrain (SiC-based traction electronics, independently-driven motors for high-speed operation) to the mechanical structure (carbody shells, running gear, braking) and passenger-facing systems (entrance doors, modular interiors, HVAC). They operate as a specialist third-party contributor, meaning larger consortia bring them in for defined technical deliverables rather than project management. Their presence in two consecutive Shift2Rail Innovation Programmes suggests they hold recognized niche expertise within the European rail supply chain.

What they specialise in

How they've shifted over time

In their 2018 entry into Shift2Rail (PINTA2), NOWE focused on active train systems: the electrification of traction with SiC semiconductors, autonomous motor drives for high-speed corridors, and the analytical side — noise measurement, maintenance modelling, and virtual validation of traction. By 2019 (PIVOT2), their recorded contributions shifted toward the physical vehicle structure and passenger environment: carbody engineering, running gear mechanics, door and entrance systems, interior modularity, and HVAC. This is a move from powertrain and systems-level analytics toward structural and comfort engineering — suggesting either a broadening of their portfolio or a pivot in how they are engaged by consortium partners.

NOWE appears to be broadening from specialized traction electronics toward full-vehicle engineering, which positions them as a wider-scope rail vehicle supplier rather than a narrow powertrain specialist — useful to know if seeking a partner who can cover multiple vehicle subsystems in a single engagement.

How they like to work

NOWE enters projects exclusively as a third party — they are subcontracted by consortium members rather than holding direct grant agreements with the European Commission. This is a deliberate positioning: they provide specific technical outputs without bearing consortium management overhead. Their appearance in two successive Shift2Rail Innovation Programmes (IP1 and a vehicle performance IP) with a combined network of 39 partners across 9 countries suggests they are a trusted recurring specialist within the Shift2Rail supply chain, not a one-time contributor.

Through just two projects NOWE has connected with 39 distinct consortium partners spread across 9 European countries, an unusually dense network for such a small project count. This points to large, multi-partner Shift2Rail consortia where many organizations contribute in parallel — NOWE is one node in a broad European rail industry network.

What sets them apart

NOWE occupies a rare dual position in European rail R&D: they contribute to both the electromechanical core of trains (traction, braking) and the structural/comfort layer (carbody, interiors, HVAC), which most rail suppliers treat as separate domains. As a non-SME private company operating as a third-party expert rather than a grant-holding partner, they function like a technical subcontractor to major Shift2Rail integrators — useful for consortia that need verified rail engineering capacity without a partner who competes for coordination roles. Their VAT registration and Elze base (Lower Saxony) place them in a region with a significant rail and industrial manufacturing cluster.

Highlights from their portfolio

• PINTA2
  This Shift2Rail IP1 project directly targeted next-generation SiC traction systems and independently-driven high-speed train motors — among the most technically ambitious electrification challenges in European rail at the time.
• PIVOT2
  Running until 2023, PIVOT2 is NOWE's longest-running H2020 engagement and covers the broadest technical scope — from structural carbody engineering to passenger comfort systems — indicating a versatile contribution to full-vehicle performance improvement.