Scania, Unicon, and Liebherr-Mischtechnik Deploy Fully Electric Concrete Mixer in Denmark

A Collaborative Effort for Sustainable Construction

In a significant development for the Danish construction industry, Scania, Unicon, and Liebherr-Mischtechnik have officially launched a fully electric concrete transport solution. This initiative aims to address the environmental impact of heavy transport in the construction sector by replacing traditional diesel-powered vehicles with electric alternatives.

Technical Specifications of the Electric Solution

The solution integrates advanced technology from the three partner companies to ensure operational efficiency while maintaining zero tailpipe emissions. Key components of the vehicle include:

• A Scania battery-electric truck chassis designed for heavy-duty urban operations.
• A Liebherr-Mischtechnik ETM series electric concrete mixer drum.
• An integrated power system that allows the mixer drum to be powered directly by the truck's battery pack.

By utilizing the truck's battery to power the mixer, the system eliminates the need for a separate combustion engine to rotate the drum, further reducing noise pollution and operational emissions at construction sites.

Impact on Danish Construction Emissions

Unicon, a leading supplier of ready-mixed concrete in Denmark, is deploying this vehicle as part of its broader strategy to lower the carbon footprint of its logistics operations. The transition to electric transport is viewed as a critical component in meeting increasingly stringent environmental regulations and sustainability goals within the Danish construction market.

Future Outlook

The collaboration between Scania, Unicon, and Liebherr-Mischtechnik serves as a pilot for the wider adoption of electric heavy-duty vehicles in the Nordic region. Industry experts suggest that the successful implementation of this electric concrete mixer could pave the way for a more rapid electrification of the construction supply chain, demonstrating that heavy-duty transport can effectively transition to sustainable energy sources without compromising performance.