New Chinese Standards Reshape the Power Bank Landscape, Accelerating the Shift Toward High Integration and AI-Driven SoCs

The rollout of the mandatory new national standard for portable power banks has triggered a seismic shift toward absolute safety, real-time telemetry, advanced data communication, and multi-layered system protection. Acting as the ultimate "control hub," the modern Power Bank System-on-Chip (SoC) now packs everything from power conversion and protocol handshakes to cell health monitoring and interactive UI driving onto a single piece of silicon. As the industry pivots from legacy 5V low-capacity designs to multi-cell, high-power power delivery beasts pushing 65W, 100W, or even 140W, highly integrated buck-boost SoCs are no longer just a luxury—they are the foundational baseline for guaranteed compliance, shaved-down BOM costs, and rapid time-to-market.

Today's power bank SoCs are powerhouses of multi-cell management and universal protocol support, with top-tier semiconductor players rolling out cutting-edge upgrades. Chipsea's CPW6410 and pre-certified firmware-ready CPW6430 offer robust support for 2-6 series Li-ion cells and independent dual Type-C setups, making standard compliance effortless. Chipsvision’s CV6057 is engineered specifically for multi-cell magnetic wireless power banks, delivering an impressive 65W single-port output while bridging wired and wireless power domains.

Injoinic’s expansive lineup features the PD3.1 flagship IP2366 (pushing an astonishing 140W) and the trailblazing IP5385—the first to clear the new national standard's preliminary evaluations, spanning outputs from 30W to 140W. iSmartWare answers the call with its SW6302, SW6306V, and the latest screen-driving, data-logging SW6326/SW6328 series, driving up to 100W across flexible multi-port configurations. Powlicon embraces the Qi2.2 era with the PL62100, alongside the 100W-capable PL94056 for high-efficiency hybrid charging systems. Silan unleashes the SD59D24 and high-power SD59D25/SD59D25H series, supporting intricate 4-port architectures, while Southchip consolidates hardware with the SC2016A—a true 3-in-1 SoC fusing the MCU, protocol engine, and buck-boost controller to slash external component counts.

The days of the basic charge-and-discharge controller are history. The modern SoC has evolved into a highly integrated system combining raw buck-boost power, universal fast-charge decoding, ultra-precise battery metering, and black-box data traceability. Under the strict magnifying glass of the new regulations and the ever-growing appetite for portable high-wattage power, intelligent, trackable SoCs are set to dictate the market—a topic primed for deep-dive exploration at the upcoming 2026 World Power Bank Conference. For device makers, mastering SoC integration and protocol scalability isn't just about breaking interface ceilings; it is the ultimate competitive moat for clearing regulatory hurdles and dominating the next generation of fast charging.