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Highlights

• Samsung has seen a setback in its battery capacity at the present time, which has hindered the newer phones of the brand, while Oppo and OnePlus have used a silicon-battery tech to upgrade their phones.
• Samsung is planning to implement the SUS CAN technology, utilising stainless steel to improve the battery capacity.
• This technology will help Samsung get back to its competitors in the smartphone market.

In today’s fiercely competitive mobile technology landscape, battery performance has become a key differentiator for smartphone buyers. As users demand faster charging, longer battery life, and thinner form factors, manufacturers are exploring new battery technologies to meet these expectations. OnePlus and Oppo have already begun integrating silicon-carbon battery technology, which offers higher energy density and improved charging speeds compared to conventional lithium-ion batteries.

This innovation has positioned them ahead in the race for battery superiority, leaving Samsung, despite its dominance in other areas, lagging in this domain. However, recent reports indicate that Samsung is preparing to enter the silicon-carbon battery space. The move is expected to mark a significant shift in Samsung’s hardware strategy, aiming to compete more aggressively with rivals by delivering breakthrough improvements in battery efficiency and lifespan. If implemented effectively, this advancement could elevate Samsung’s devices and restore its edge in the premium smartphone segment.

Silicon-battery technology

Over the years, silicon-battery technology has emerged as a major upgrade in the mobile battery department. This helps to increase energy density and allows for slimmer devices to house the larger batteries. Because of this, the OnePlus 13T has managed to fit a 6,200mAh battery in the chassis, which is almost as same as the Google Pixel 9. Oppo has also used this kind of battery to fit in its Oppo Find N5, which allows the phone to have immense battery capacity.

Samsung, on the other hand, still has not utilised this technology yet, which means the batteries of its releases like the S25 Edge have a very small battery to compensate for the chassis, and have left a lot to be desired. This is true for its foldable variant as well, which has left Samsung lagging behind its competitors.

Samsung’s new Battery Tech

A new report, according to “The Elec”, claims that Samsung is planning to implement a new battery tech into its upcoming devices, which seems to be different from any other battery tech that has been implemented so far. This will utilize stainless steel to enhance the battery performance, which will improve charging time as well as the battery durability in the long term. The main benefit, however, is the reduction.

This SUS CAN technology has already been implemented into the iPhone 16 Pro Max, which has highlighted its acceptance into the high-end smartphone market. Adopting this technology will be crucial for Samsung to regain its lead in the market and also improve its devices’ battery performance.

Conclusion

While Samsung has not confirmed an official timeline for the integration of SUS CAN battery technology into its Galaxy smartphones, industry reports strongly suggest that the transition is inevitable and already in the pipeline. This advanced battery tech promises to significantly enhance energy density, lifespan, and charging efficiency—key metrics in which Samsung has recently lagged behind competitors such as Oppo and OnePlus.

These rival brands have already made impressive strides in battery performance, leveraging innovations like silicon-carbon anodes and ultra-fast charging solutions. By adopting SUS CAN technology, Samsung aims to bridge this performance gap and reassert its dominance in the premium smartphone space.

The upgrade could lead to noticeably improved battery life, faster charging times, and slimmer phone designs. As consumer demand for longer-lasting batteries grows alongside more powerful hardware and AI features, this strategic move could be a game-changer for Samsung’s future Galaxy flagships, enhancing both usability and market competitiveness.