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As new energy vehicles and energy storage systems become more common worldwide, inaccurate range display has become a frequent issue for users. After long‑term use, the Battery Management System (BMS) may develop errors in calculating the State of Charge (SOC), causing the displayed range to differ from the actual range. A proper calibration process can restore accurate battery metering and extend service life.

Ternary lithium batteries have become the preferred choice for many high-end applications due to their high energy density and excellent performance. However, proper use and maintenance are crucial to ensure safety and extend service life. Following these professional recommendations will help maximize battery performance and avoid potential risks.

Amid the rapid development of global new energy technologies, ternary lithium batteries have perfectly met the diverse needs of the international market with their exceptional energy density, fast-charging capability, and reliable cycle life. They have become the preferred technical route for high-end electric products and long-endurance application scenarios.

On August 15, 2025, China's updated 3C (CCC) certification regulations for power banks officially came into effect, introducing comprehensive upgrades covering market access, production control, and traceability supervision. Combining the core content of the regulations, this article breaks down the key points to help consumers and buyers select safer, more reliable products.

With the rapid growth of electric mobility, portable devices, and the IoT, demand for lithium batteries has become increasingly personalized, making customization a mainstream industry trend. However, facing a multitude of technical parameters and supplier options, determining priorities to ensure the final battery pack is both fit-for-purpose and safe is a critical challenge for every project lead.

This article outlines the six core dimensions to focus on when customizing a lithium battery pack, helping you make informed decisions.

With the explosive growth in demand for AI computing and cloud computing, data centers have increasingly stringent requirements for the response speed and power density of backup power systems. Traditional backup solutions can no longer meet the instant high-power needs of high-density server racks. High-rate discharge battery packs, featuring millisecond-level response capability and innovative heat dissipation design, are emerging as the core choice for backup power in next-generation data centers.

In response to the current market's urgent demand for high-safety and multi-functional lithium battery packs, Pyroxene officially launches the 36V multi-scenario lithium battery pack solution. Integrating a four-layer safety protection system and intelligent management technology, this product brings a brand-new option to the fields of electric bicycle and portable energy storage.

Custom lithium battery packs, which can be precisely tailored to meet equipment requirements, have been widely used in energy storage, transportation, industry and other fields. However, many users have cognitive biases about them, which not only increase customization costs but also may pose security risks. This article sorts out 6 common myths to help you help you make wiser decisions.