Munich, Allianz Arena Activates High-Power Truck and Bus Charging Site Close to Motorway Interchange

Why It Matters

The activation demonstrates how large public venues can become critical nodes in Europe’s heavy‑duty EV charging network, accelerating the shift to zero‑emission logistics on major freight routes. It also offers a replicable blueprint for other stadiums seeking to monetize idle grid capacity while cutting CO₂ emissions.

Key Takeaways

• Two 400 kW chargers installed at Allianz Arena’s coach parking.
• Site serves up to 10,000 trucks daily on A9/A99 corridor.
• Milence operates chargers while arena retains ownership.
• Infrastructure designed for future megawatt‑scale coach charging.
• Stadium model can be replicated at other European venues.

Pulse Analysis

The rapid growth of electric trucks and coaches is reshaping freight logistics, but the sector still faces a scarcity of high‑power charging points along key corridors. Allianz Arena’s new installation leverages its proximity to the A9 and A99 motorways—Germany’s vital north‑south and east‑west freight arteries—to serve an estimated 10,000 trucks each day. By converting underused stadium parking into a charging hub, the venue taps into existing high‑capacity grid connections, turning idle infrastructure into a revenue‑generating, low‑carbon asset.

Each of the two 400 kW stations provides four dedicated bays, drawing power from the arena’s robust grid while employing load‑management strategies that suspend charging on match days to prioritize event energy needs. Ownership remains with the stadium, but operational expertise is supplied by Milence, a Traton‑backed specialist in heavy‑duty charging. The system is engineered for scalability, with provisions for megawatt‑level capacity and future electric coach charging, aligning with MAN’s upcoming 3‑axle electric coach slated for production later this year.

Beyond Munich, the project offers a template for stadiums, trade‑fair grounds, and other large venues across Europe. By integrating high‑power chargers into sites that already possess strong grid links and ample space, operators can accelerate the rollout of a continent‑wide e‑truck corridor, reduce CO₂ emissions on match days, and open new commercial streams. This model underscores the strategic partnership between mobility manufacturers, infrastructure operators, and venue owners in driving the next phase of sustainable transport.