BATTERY SWAP
0
swap/day per station
0
seconds for battery swap
0
batteries per station
the future
is
now
the future
is
now
the future
is
now
ENERGETIC REVOLUTION
We are working to contribute to the acceleration towards a sustainable, zero-emission future through what we do best: moving loads automatically. In collaboration with Dianba New Energy Technology and INFRAMobility-Dianba, we have created innovative solutions for battery swapping in the electric mobility sector. Thanks to our devices, rapid battery changes become a reality, contributing to the sustainable growth of smart cities.
RAPID SWAP
Our patented telescopic forks and shuttles, developed for fully automated battery swap stations, represent a leap forward in electric mobility efficiency. These systems, integrated into stations resembling car washes, eliminate waiting times for traditional charging, allowing a swift battery change in just a few seconds.
battery swap
The patented devices developed by Eurofork, such as telescopic forks and shuttles, are designed for automated stations that perform battery changes in record time. Thanks to these innovations, battery replacement takes just 20 seconds, ensuring uninterrupted and sustainable mobility.
During the operation, a car is lifted while a shuttle removes the depleted battery and replaces it with a fully charged one in just twenty seconds. This process revolutionizes the charging experience, minimizing downtime for electric vehicles.
The smart cities of the future are already benefiting from these technologies, with over 600 battery swap stations operating in major Chinese metropolises. These advanced systems are transforming urban mobility by eliminating long charging times and improving overall efficiency.
With our commitment to innovation, we contribute to building a sustainable future where electric mobility becomes more accessible and efficient. Our dedication plays a key role in the transition toward more sustainable cities and a zero-emission future. By reducing charging times, we enhance the efficiency and speed of electric mobility, thus supporting a greener and higher-performing transportation system.
The rapid battery swap technology proves to be particularly suitable for both urban and non-urban settings. In cities, it reduces charging times and facilitates sustainable mobility, while in non-urban areas it supports long-distance travel without extended stops. This system enhances flexibility for drivers covering long distances, making electric vehicles more practical and accessible.
Battery swapping promotes the development of scalable and sustainable infrastructures. The integration of dedicated HUBs allows centralized battery management, optimizing maintenance and monitoring. These spaces also facilitate the creation of energy communities, where renewable energy is produced, shared, and stored, offering a mobility model that adapts to future needs and promotes emission reduction.
The technology is particularly advantageous for intensive vehicle use, such as taxis, corporate fleets, and car-sharing services. By enabling rapid battery swapping, it ensures reduced downtime and increased operational efficiency. This aspect becomes crucial for shared mobility services, where optimizing time and operational costs is essential to maintain continuity and vehicle availability.
The patented devices developed by Eurofork, such as telescopic forks and shuttles, are designed for automated stations that perform battery changes in record time. Thanks to these innovations, battery replacement takes just 20 seconds, ensuring uninterrupted and sustainable mobility.
During the operation, a car is lifted while a shuttle removes the depleted battery and replaces it with a fully charged one in just twenty seconds. This process revolutionizes the charging experience, minimizing downtime for electric vehicles.
The smart cities of the future are already benefiting from these technologies, with over 600 battery swap stations operating in major Chinese metropolises. These advanced systems are transforming urban mobility by eliminating long charging times and improving overall efficiency.
With our commitment to innovation, we contribute to building a sustainable future where electric mobility becomes more accessible and efficient. Our dedication plays a key role in the transition toward more sustainable cities and a zero-emission future. By reducing charging times, we enhance the efficiency and speed of electric mobility, thus supporting a greener and higher-performing transportation system.
The rapid battery swap technology proves to be particularly suitable for both urban and non-urban settings. In cities, it reduces charging times and facilitates sustainable mobility, while in non-urban areas it supports long-distance travel without extended stops. This system enhances flexibility for drivers covering long distances, making electric vehicles more practical and accessible.
Battery swapping promotes the development of scalable and sustainable infrastructures. The integration of dedicated HUBs allows centralized battery management, optimizing maintenance and monitoring. These spaces also facilitate the creation of energy communities, where renewable energy is produced, shared, and stored, offering a mobility model that adapts to future needs and promotes emission reduction.
The technology is particularly advantageous for intensive vehicle use, such as taxis, corporate fleets, and car-sharing services. By enabling rapid battery swapping, it ensures reduced downtime and increased operational efficiency. This aspect becomes crucial for shared mobility services, where optimizing time and operational costs is essential to maintain continuity and vehicle availability.
Contact Us
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Eurofork
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Portfolio
Reliability, innovation, and high performance: these are the qualities that make our automated handling systems the ideal choice for improving the efficiency of your warehouse or production line.
With a comprehensive range of solutions designed for every need, we offer cutting-edge technologies to maximize productivity and optimize space.
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