Innovation
Sodium-Ion batteries 

Natrium-Ionen Akkus im Vergleich

Können Natrium-Ionen Akkus mit anderen Akku-Technologien mithalten? Unsere Antwort lautet eindeutig Ja! Vor allem im direkten Vergleich zu Bleiakkus gehen Natrium-Ionen-Akkus als deutlicher Gewinner hervor. Anwender profitieren von einer höheren Anzahl an Lade- und Entladezyklen, einer deutlich längeren Lebensdauer und einer besonders sicheren Nutzung. Zusätzlich können Natrium-Ionen-Akkus tiefenentladen werden, ohne dabei Schaden zu nehmen. Überzeugen Sie sich selbst von den vielen Vorteilen dieser modernen Technologie!

Lithium-Eisenphosphat und Natrium-Ionen im Vergleich

Im direkten Vergleich mit Lithium-Eisenphosphat-Akkus bieten Natrium-Ionen Akkus deutliche Vorteile in den Bereichen Nachhaltigkeit und Materialverfügbarkeit. Lithium ist ein begrenzter Rohstoff, dessen Abbau große Wassermengen benötigt und erhebliche Umweltbelastungen verursacht. Natrium hingegen zählt zu den weltweit am häufigsten vorkommenden Elementen. Es kann aus weit verbreiteten Mineralien oder sogar aus Meerwasser gewonnen werden und gilt deshalb als ökologisch deutlich unproblematischer. Diese breite Verfügbarkeit ermöglicht eine stabilere, nachhaltigere und kosteneffizientere Produktion von Akkus.

Auch beim Austausch bestehender Bleiakkus zeigen Natrium-Ionen Akkus weitere Vorteile. Da sie mit herkömmlicher Blei-Ladetechnik kompatibel sind, können sie meist ohne zusätzliche Investitionen in neue Ladetechnik oder Systemanpassungen eingesetzt werden. Das macht den Umstieg besonders unkompliziert und reduziert die Gesamtkosten erheblich. Gleichzeitig profitieren Anwender von einer moderneren, effizienteren und langlebigeren Akku-Technologie.

Natrium-Ionen Akkus stellen somit nicht nur eine nachhaltigere Alternative dar, sondern auch eine wirtschaftlich attraktive Lösung für alle, die bestehende Blei-Systeme modernisieren möchten, ohne hohe Zusatzkosten in Kauf nehmen zu müssen.

Advantages of sodium-ion batteries 

Sodium-ion batteries are modern battery solutions that surpass existing technologies such as lead in many respects. They use sodium, an element that is abundantly available worldwide, and thus offer advantages not only in terms of cost and sustainability, but also in terms of performance, safety and reliability. Sodium-ion batteries are a forward-looking alternative to conventional battery types, especially in applications where robust, low-maintenance and temperature-resistant energy storage is required.

Long service life: Sodium-ion batteries offer a significantly longer service life of over ten years compared to lead-acid batteries. They achieve a much higher number of charge and discharge cycles without showing any significant loss of capacity. At the same time, they enable fast and efficient charging, which significantly improves their readiness for daily use. The discharge current is also particularly high, which means that large amounts of energy can be provided even for demanding applications. Even under intensive use, sodium-ion batteries serve as a reliable source of energy. 

Compatible with existing systems: Sodium batteries can be used in the same applications as lead-acid batteries. Thanks to identical contacts, they can be easily integrated into existing systems and are compatible with standard charging technology for lead-acid batteries.

Low weight: Weighing only about one-third as much as conventional lead-acid batteries, sodium-ion batteries are particularly suitable for applications where low overall weight is crucial. These include caravans, campers, boats, commercial vehicles and drones. Their low weight also offers a clear advantage in Situations where the energy storage device has to be carried by people or replaced regularly. 

High temperature resistance: Sodium batteries function reliably in a wide temperature range from -40 °C to +60 °C. The electrolytes used in the battery remain stable even at high temperatures and do not ignite. At the same time, sodium is chemically less reactive than lithium, which means that the battery is less prone to overheating and remains functional even in cold conditions. Sodium-ion batteries can therefore be used in significantly more environments than many other types of batteries. 

Deep discharge capability: Sodium-ion batteries can be deeply discharged over long periods of time without sustaining damage. Even if the battery receives no charging current for months or remains deeply discharged, there is no permanent cell damage or safety risks such as instability, overheating or capacity loss. This reduces risks during long transport or storage times. 

Sustainable and safe: Sodium is a natural, widely available raw material and significantly more abundant than lithium. This means that production is not dependent on rare raw materials. The batteries do not contain any heavy metals, are recyclable, incur lower material costs and are considered non-flammable. You also benefit from this when transporting the batteries: as sodium-ion batteries do not contain any highly reactive materials, the transport requirements are also lower than for other technologies. A clear advantage in terms of safety and environmental protection!

Areas of application for sodium batteries 

Sodium-ion batteries are characterised by their comparatively low weight, high temperature resistance and robust and reliable performance. These properties enable them to be used in a particularly wide range of applications. Whether in electric mobility, stationary energy storage systems or sensitive areas such as medical technology, users everywhere benefit from the long service life and energy-efficient operation of this promising technology. Thanks to their sustainable material base and stable performance under different environmental conditions, sodium-ion batteries offer an attractive alternative to conventional battery systems and open up new perspectives for future energy and mobility solutions.

Electromobility: Thanks to their low weight, sodium-ion batteries are the ideal solution for all mobile electric solutions. They benefit from lightweight batteries that increase range and ease of handling. At the same time, the batteries deliver high discharge currents for reliable performance even during rapid acceleration or steep climbs. Their long service life ensures that vehicles remain constantly operational for years without the need for frequent battery changes.

Solar systems and energy storage: Sodium-ion batteries are ideal storage solutions for photovoltaic or wind power systems. They offer high cycle stability, long service life and high discharge capacity, enabling them to operate reliably even with frequent charging and discharging cycles. Their environmental friendliness and recyclability also make them particularly attractive for sustainable energy systems.

Campers and caravans: In recreational vehicles such as motorhomes, campers or caravans, every kilogram counts. By using sodium-ion batteries, the weight of the battery can be reduced by two-thirds compared to lead-acid batteries. The payload of the vehicle increases and fuel consumption decreases. In addition, the battery's high temperature resistance ensures that it remains intact even in different climate zones. A sodium-ion battery is the perfect choice, especially for vehicles that are only used in the summer months, as the battery can be deeply discharged over a long period of time without being damaged.

Marine and boat applications: Boats and other marine vehicles benefit from the low weight and robustness of sodium-ion batteries. They enable more efficient use of available weight and extend driving or sailing times thanks to a reliable energy supply. The temperature resistance and high safety of the batteries are particularly important on the water, where extreme weather conditions can occur.

Drones: Drones and smart devices are increasingly being used in many areas, such as modern agriculture. The use of sodium-ion batteries enables longer flight times with low weight and stable performance even in changing temperatures. 

Medical technology: Sodium-ion batteries are ideal for various applications in medical technology. Their low weight facilitates mobile use, while their high temperature resistance guarantees reliable operation under a wide range of conditions. In addition, the safe, non-flammable cell chemistry ensures a high level of safety in medical environments.

Order sodium-ion batteries from Axcom Power Solutions!

Would you like to enjoy the many benefits of modern sodium-ion technology? Then discover the innovative sodium-ion batteries from Axcom Power Solutions. Our high-quality energy storage devices offer a reliable, efficient and sustainable solution for a wide range of applications. Our experienced team will be happy to assist you personally in selecting the right battery and answer all your questions about performance characteristics, possible applications and compatibility. Trust in Axcom's expertise and secure the latest generation of advanced battery technology.