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NEURA Robotics, E.ON and enviaM to train humanoid robots for power grid inspections, with first grid experience expected in 2027
Humanoid robots will train at TUM RoboGym, then be tested by Mitnetz Strom on the real grid. First experience is expected in 2027; no cost or scope given.
On November 5, 2026, German press reported, from a dpa-AFX dispatch, that NEURA Robotics, the utility E.ON and the eastern German energy services company enviaM will develop and test humanoid robots to help staff inspect and monitor the power grid. First practical experience in grid operations is "expected in the course of 2027": that is a window, not a fixed start date for a rollout.
The essentials
- Who: NEURA Robotics (Metzingen), E.ON and enviaM; enviaM's grid subsidiary, Mitnetz Strom, is to run the real-grid tests.
- What for: inspections and monitoring of technical installations such as substations; physically demanding, repetitive or potentially dangerous tasks are to be examined as use cases.
- How: training first under controlled conditions at TUM RoboGym, a Technical University of Munich training center at the Munich airport LabCampus, then tests on the live grid.
- When: first practical experience expected during 2027.
- Control: E.ON and enviaM are said to keep control of their data and of the trained skills.
What was announced?
A pilot project. NEURA's chief executive David Reger said the point is to combine technological progress with the experience of the people who run energy infrastructure every day; enviaM's chief executive Stephan Lowis said humanoid robots can relieve employees. Skilled workers will demonstrate procedures and state requirements at the RoboGym, and virtual environments will add further situations.
How would the robots work?
According to the reports, NEURA's Neuron AI model is meant to process images, sounds, touch and forces, not only vision. After the Munich training, Mitnetz Strom is to test applications in real grid operation. The reports we read say no changes to existing installations are needed; that claim comes from one relay of the announcement and we could not check it against the companies' text.
What is not established?
- Which robot model will be used, and how many units.
- The number of sites, the tasks that will actually be tested, or success criteria.
- Costs, savings or any commercial agreement beyond the pilot.
- Whether "2027" means a first test in the field or a broader trial.
- Safety approvals needed to operate a humanoid near energy installations.
Summary table
| Point | What is stated as of November 6, 2026 | Source |
|---|---|---|
| Partners | NEURA Robotics, E.ON, enviaM | onvista (dpa-AFX), cio.de |
| Training site | TUM RoboGym, Munich | onvista, it-boltwise |
| Field tests | Mitnetz Strom, real grid | onvista, goldesel |
| Timing | First practical experience during 2027 | diebayern, cio.de |
| Data | Stays with E.ON and enviaM | it-boltwise, DWN |
| Cost and scope | Not disclosed | goldesel |
FAQ
Will humanoid robots work on the grid in 2027?
Only a first practical experience is expected during 2027, as a test.
Who tests the robots on the grid?
Mitnetz Strom, enviaM's grid subsidiary, after training in Munich.
Is there a price or a number of robots?
Not in the reports we read.
Method and limits
Sources checked on November 6, 2026. We read search extracts of the dpa-AFX dispatch as relayed by onvista and of articles from diebayern.de, cio.de, it-boltwise, goldesel and DWN; we did not read the original company releases. Statements are the companies' as reported.
Sources
- onvista (dpa-AFX): Humanoide Roboter sollen Stromnetz-Fachkräfte entlasten (verified 2026-11-06)
- diebayern.de: Neura testet humanoide Helfer für Inspektionen in Stromnetzen (verified 2026-11-06)
- CIO: Eon rekrutiert humanoide Roboter fürs Stromnetz (verified 2026-11-06)
- IT Boltwise: Humanoide KI-Roboter sollen Stromnetz-Fachkräfte entlasten (verified 2026-11-06)
- Goldesel: E.ON Aktie, humanoide Roboter sollen Fachkräfte im Stromnetz entlasten (verified 2026-11-06)
- Deutsche Wirtschafts Nachrichten: Roboter im Stromnetz (verified 2026-11-06)
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