Scania, Unicon and Liebherr Launch Fully Electric Concrete Transport Solution

Why It Matters

The project demonstrates that even the most power‑hungry construction tasks can be decarbonized, offering emissions, noise and cost reductions that align with stricter urban climate goals.

Key Takeaways

• Scania's electric truck carries 400 kWh battery, ~200 km range.
• Integrated ePTO powers concrete drum directly from truck battery.
• Unicon orders 10 more units, targeting zero‑emission fleet by 2035.
• Project proves heavy‑duty concrete delivery can run on electricity.
• Reduced noise and local air pollution benefit urban construction sites.

Pulse Analysis

The construction sector has long been a blind spot in the push toward zero‑emission transport. Concrete mixers, with their heavy loads and continuous power demand, were considered too demanding for battery power. The joint effort by Scania, Unicon and Liebherr in Denmark shatters that assumption, delivering a fully electric concrete‑transport vehicle that can handle real‑world job sites. By integrating the truck and mixer as a single power system, the solution sidesteps the need for diesel‑driven auxiliaries and demonstrates that even the most energy‑intensive logistics can be electrified.

At the heart of the vehicle is Scania’s ePTO (electric power take‑off), which draws directly from a 400 kWh battery pack to rotate the concrete drum. This configuration provides roughly 200 km of operational range—enough for typical daily delivery circuits in urban and regional settings. Energy‑modelling and route simulations were used during development to balance load, terrain and mixing time, ensuring the battery can sustain continuous drum rotation without compromising performance. The result is a zero‑emission truck that delivers concrete while cutting fuel costs and maintenance.

The commercial implications are significant. Unicon has already placed orders for ten additional units and plans to expand its electric fleet dramatically, aiming for a fully emission‑free concrete transport operation by 2035. If other ready‑mix producers follow suit, the cumulative reduction in diesel consumption could be measurable across European cities, aligning with tightening climate regulations. Moreover, the quieter, cleaner operation improves worker safety and community acceptance of construction projects. The partnership signals to OEMs and equipment makers that collaborative, system‑level engineering is the fastest path to scalable electric heavy‑duty vehicles.