The core advantages of this technology are mainly reflected in three points: higher operating voltage, a cycle life of more than 2,000 times, and the realization of completely cobalt-free production. Among them, cobalt removal not only reduces costs but also mitigates supply chain risks; while high voltage directly enhances the overall efficiency of new energy vehicles and energy storage systems.
From the market perspective, this sends out a clear signal that the battery industry is entering a stage of multi-technology route competition: LFP focuses on safety and cost, ternary batteries emphasize energy density, while LNMO is entering a new track of “high voltage + low cost”.
For users, the role of batteries is also changing. From daily use to energy storage systems, batteries are transforming from “consumables” to “energy assets”, especially in the context of increasing energy uncertainty, stable power supply means greater autonomy.
GOODCELL believes that the core of future battery competition is not just about price, but also about efficiency, stability and supply security. The emergence of 4.8V technology is driving energy storage systems towards higher efficiency and better controllability.
Batteries are no longer just products; they are the foundation of energy independence. GOODCELL is already making preparations for this trend.
