Our solution for the increasing demands placed on modern energy storage systems
Reliable energy storage systems are essential in many areas today. Whether in medical applications, technical systems, emergency power systems, solar installations or mobile use in motorhomes and boats: the requirements for safety, ease of use and flexibility are constantly increasing. A modern battery is no longer expected to simply store energy. It should also provide important information, monitor its own condition and adapt to different operating requirements.
This is exactly where the new sodium-ion batteries from Axcom Power Solutions come in. Equipped with an integrated Battery Management System, they offer an intelligent solution for demanding applications where transparency, safety and control are essential.
More transparency thanks to integrated BMS
With many energy storage systems, the actual condition of the battery is difficult for users to assess. Often, it is only possible to see whether a system is working or not. Important information about the battery’s condition remains hidden.
Our new sodium-ion batteries create greater transparency. Thanks to the integrated Battery Management System and an LCD display, key battery data can be read directly on the battery. This includes the current state of charge, voltage, available capacity and temperature. Especially with permanently installed energy storage systems where the battery is not always freely accessible, this transparency offers a decisive advantage. Users can quickly obtain the necessary information about the battery status without having to access the system in a complicated way. This provides a clear overview of the energy storage system’s condition and allows important operating data to be recorded quickly, easily and reliably.
Conveniently check battery status via app
In addition to the display directly on the battery, the new sodium-ion battery models also offer the option of conveniently accessing important battery data via an app on a mobile device. This allows the battery status to be checked more quickly, easily and regularly. Changes in relevant values can be detected early and assessed more effectively. This helps users reliably evaluate the current condition of the battery and use the energy storage system proactively.
The app connection is particularly advantageous for larger energy systems. After all, not every battery is installed in a clearly visible or easily accessible location. The digital status check saves time, increases ease of use and provides additional safety in everyday operation.
Flexible connection for more capacity and voltage
Another key advantage of the new sodium-ion batteries is their flexible connection capability. The batteries can be connected both in series and in parallel, allowing them to be adapted to different capacity and voltage requirements.
By connecting up to four batteries in parallel, the storage capacity can be increased. In addition, up to four batteries can be connected in series to achieve higher voltages. In combination, up to sixteen batteries can be flexibly connected with each other. This opens up new possibilities when planning individual energy storage solutions. Users can configure their system according to the respective application and expand the storage capacity later if required. If new technical requirements arise, the voltage can also be adjusted. This makes the batteries particularly suitable for applications where flexibility is a key priority.
Advantages of sodium-ion technology
In addition to the new smart functions, users benefit from the fundamental strengths of sodium-ion technology. Sodium is available worldwide in large quantities. This means there is no comparable dependence on critical raw materials as with many other battery systems.
Another important advantage is thermal stability. Sodium-ion batteries are considered to be more resistant to high temperatures and less susceptible to so-called thermal runaway effects than many conventional battery systems. Thermal runaway refers to uncontrolled heating inside the battery, which in the worst case can lead to a fire. The lower this risk, the more attractive a storage technology becomes for applications where safety plays a central role. Additional benefits include a long service life, robust power output and a broad usable temperature range.
These properties make sodium-ion batteries a forward-looking solution for mobile and stationary energy storage systems where safety, availability and reliability are the focus.
Conclusion: Modern energy storage systems for flexible applications
The new sodium-ion batteries from Axcom Power Solutions combine the advantages of forward-looking cell technology with smart control and monitoring functions. Thanks to the integrated BMS, the display directly on the battery and the additional app connection, users always have a transparent overview of important battery data without having to remove the batteries.
At the same time, the flexible connection options and robust technology allow precise configuration for different applications. Whether more capacity, higher voltage or later system expansion is required: the batteries can be used in many ways and adapted to changing requirements. This makes the new sodium-ion energy storage systems a modern solution for all areas where safety, ease of use, scalability and reliability are essential.
For more information, please contact Axcom directly. Get in touch with us:
E-mail: info@axcom.de
Phone: (+49) 0 2154 4838 0
Website: https://www.axcom-shop.de/
