Skip to main content

Dynapac offers new electric forward plates: a leap in sustainability and efficiency

Dynapac's new Electric Forward Plates merging cutting-edge technology with a strong commitment to sustainability, operator health, and economic efficiency. These machines are designed to be emission-free, making them environmentally friendly and ideal for urban areas with stringent environmental regulations. The electric operation not only ensures zero harmful emissions but also enhances energy efficiency by converting more energy into useful work and less into waste heat. This makes the Electric Forward Plates not only eco-friendly but also more efficient compared to their internal combustion counterparts.
July 9, 2024 Read time: 2 mins
Photo credit: Dynapac

The Electric Forward Plates come equipped with the innovative Battery OneTM system, a universal battery that can be used across all machines in the lineup. This feature simplifies logistics, reduces downtime, and allows operators to quickly swap batteries between devices, maintaining smooth and continuous operations. The robust construction of these machines ensures they can handle a variety of tough applications, reducing the frequency of replacements and enhancing operational efficiency.

Another major advantage is the maintenance-free design of the electric machines. With fewer moving parts than internal combustion engines, the Electric Forward Plates experience fewer breakdowns and require less maintenance. This design reduces the need for serviceable components and consumables like oil, filters, and spark plugs, ultimately contributing to a longer operational life and further decreasing the need for frequent servicing.

From an economic perspective, the Electric Forward Plates offer a better long-term return on investment. The reduced fuel and maintenance costs lower the total cost of ownership, making them a more cost-effective option compared to traditional machines. Increased productivity is another benefit, as less downtime for refueling and maintenance translates to more productive hours on the job, enhancing overall efficiency and profitability. Moreover, using emission-free equipment helps businesses comply with environmental regulations, avoiding potential fines and reputational damage.

Three new machines and the specials DFQ7AX e and D.Round e will be available Q3.

Content produced in association with Dynapac

For more information on companies in this article

Related Content

  • Green fuel reduces CO2 emissions by 90% | New ABG Pavers filled with HVO
    December 16, 2024
    LANGENTHAL, Switzerland – Ammann continues to explore the use of eco-fuels to advance sustainability on jobsites.
  • Powertrain innovations delivering cleaner solutions
    May 10, 2018
    The push towards cleaner-running driveline developments from engine firms is continuing - Mike Woof writes. Sophisticated driveline developments are being seen right across the engine and drivetrain segment, with new low emission technologies being unveiled. High performance and extended service intervals are claimed, while tailpipe emissions have been reduced to meet the coming EU Stage V and latest US Tier 4 Final requirements. But different firms are taking different routes to delivering cleaner tailp
  • Prototype electric wheeled loader from Volvo CE
    September 13, 2018
    Volvo CE is continuing its development of sophisticated zero emission machines and is now unveiling a prototype wheeled loader with all-electric drive. The firm recently demonstrated its LX2 electric compact wheel loader at the Volvo Group Innovation Summit in Berlin. The prototype machine delivers zero emissions, significantly lower noise levels, improved efficiency and reduced operational costs. At the summit, Volvo CE also demonstrated its EX2 fully-electric compact excavator prototype and presented the
  • Efficient milling and re-paving on historic Florence streets
    February 1, 2013
    Maintenance of roads in historic districts is a challenge for communities around the world. The sanctity of the surroundings limits the amount of re-engineering and widening that can be considered. Improvement options typically are limited to repairs. Yet repairs also have an impact. The historic areas usually attract tourists and their crucial economic contributions. If the street repairs create too much of an inconvenience, tourists are likely to avoid the area and a negative economic impact and a loss of