Concrete Proof: Electric Trucks Are Conquering the Toughest Jobs, Starting with Scania and Unicon

Södertälje, Sweden, May 12, 2026 – For years, electrifying heavy-duty transport, especially in demanding sectors like construction, has felt like a distant dream.

High energy needs, auxiliary equipment, and rugged operating conditions made it a significant hurdle.

But now, Scania, in collaboration with Unicon (Denmark’s leading ready-mixed concrete supplier) and Liebherr-Mischtechnik, has not just cleared that hurdle but completely leapfrogged it.

They’ve jointly developed and deployed a fully electric solution for concrete transport that’s already operating in the real world.

This isn’t a mere concept vehicle or a limited pilot project. This is a battery-electric Scania truck integrated with an electric concrete mixer system, designed for “scalable deployment.” It’s an emphatic statement: zero-emission solutions are not just for passenger cars or last-mile delivery. They are ready for the brutal realities of building sites, directly tackling the decarbonization of construction logistics—a sector notoriously difficult to greenify.

The sheer difficulty of this challenge cannot be overstated. Concrete transport demands immense power, operates in highly variable conditions, and requires continuous energy for the mixer drum itself. The genius in Scania and Unicon’s approach lies in their “systems approach.” They didn’t just swap out a diesel engine for batteries; they optimized the entire ecosystem—the vehicle, the application, and the energy use—together.

A critical innovation here is the fully integrated electric power take-off (ePTO). This unit directly powers the concrete drum from the truck’s battery system, creating an end-to-end electric solution.

Developed over three years, this vehicle isn’t babied; it’s built for real-world use, including challenging off-road conditions and continuous mixing operations. With an installed battery capacity of up to 400 kWh, it’s tailored for typical concrete distribution routes, offering an operational range of approximately 200 kilometers. Route simulations and energy modeling were rigorously employed to ensure peak performance and efficiency in daily operations.

For Unicon, this deployment marks a decisive turning point. Christian Elleby, Supply Chain & Procurement Director at Unicon, emphasized, “This is not a pilot, it is a solution designed for daily operations and future scale.” This isn’t about proving if it’s possible, but how it’s possible at scale. The company is clearly committed, with an additional 10 electric vehicles already on order and slated for operation in the coming years. Their ambitious goal? To operate a significantly larger electric fleet by 2027, working towards entirely emission-free concrete transport by 2035.

This cooperation exemplifies Scania’s broader vision: to lead the transition to sustainable transport through customized solutions, robust partnerships, and a holistic approach to electrification.

Tobias Ejderhamn, Global Manager, Transformation & New Business at Scania, reiterated the necessity for the industry to “move beyond pilots and into scalable solutions.” This project, he argues, shows how electrification can deliver tangible impact—reducing emissions, enhancing working conditions for drivers (imagine quieter, vibration-free operation), and contributing to cleaner, more sustainable cities.

In a world desperate for concrete steps (pun intended) towards environmental responsibility, this collaboration between Scania (a leading provider of sustainable transport solutions and services with over 57,000 employees in around 100 countries) and Unicon is more than just a technological achievement.

It’s a blueprint for how heavy industry can genuinely decarbonize, proving that even the toughest jobs can be done cleanly and efficiently.

The future of construction logistics just got a lot quieter, and a whole lot greener.