Juice Technology AG, a Switzerland based leader in mobile and stationary charging solutions for electric vehicles, introduces the Juice Ultra 2 battery, an innovative charging station that delivers up to 210 kW of DC fast charging.

Juice Ultra 2 ensures a robust charging solution that combines high efficiency with low grid connection requirements, making it an ideal option for car dealerships, transport companies, and commercial fleets. It achieves this high level of performance by continually supplying power to its batteries, maintaining a large charging capacity, and it’s also capable of leveraging solar energy.

The unit seamlessly integrates into existing electrical systems without requiring significant upgrades or installation efforts. It can be set up and connected in just an hour using conventional industrial sockets like CEE32, CEE125, or CEE63. It minimizes charging costs by utilizing energy at the most affordable rates and avoids peak tariffs imposed by grid operators.

Equipped with a powerful energy management system (EMS), the device optimally manages the energy flow between the grid, battery, and electric vehicles. It also enables the use of photovoltaic systems for charging without additional infrastructure, promoting energy independence and sustainability. Juice Ultra 2 is available in configurations of either a single battery unit with 233 kWh storage or dual units totaling 466 kWh, supporting multiple charging sessions before requiring a recharge.

The charging station also supports advanced functionalities like intelligent charge management, which allocates power between two CCS charging points efficiently. This system not only supports the fast charging of vehicles but also ensures optimal energy usage and cost savings by charging during off-peak hours.

The integrated EMS allows the Juice Ultra 2 battery to store and utilize electricity generated from solar panels. This energy is primarily used for building consumption, with the excess being directed to the battery system, thus enabling green energy utilization and further cost savings.