logo
Up to 5 files, each 10M size is supported. OK
Shenzhen Jianheng Technology Co., Ltd. 0086-137-25559416 alan@liion-batt.com
News Get a Quote
Home - News - Sunwoda Flash Charging: 10-97% SOC in 9 Minutes

Sunwoda Flash Charging: 10-97% SOC in 9 Minutes

September 23, 2026

Sunwoda Enters Flash Charging Race with 10-97% SOC in Nine Minutes

Sunwoda has entered the flash-charging race with a battery that charges from 10% to 97% state of charge (SOC) in nine minutes. This milestone reflects progress in cell rate capability, thermal management, and cycle life, with potential impact on electric vehicle (EV) and energy storage applications.

For B2B customers, Sunwoda's fast-charging solution expands cell supply options and may improve cost competitiveness. The news is relevant because it involves production cell technology, charging standards, and supply chain dynamics.

This means battery integrators and automakers can evaluate compatibility for high-power charging scenarios, including battery management system (BMS) strategies, cooling design, and degradation. Supply chain teams should monitor mass production timelines and customer adoption. The development may also influence charging infrastructure requirements and battery warranty assumptions.

Key Implications for B2B Buyers

  • Expanded cell supply options for high-power charging applications.
  • Potential improvement in cost competitiveness across EV and energy storage segments.
  • Need to assess BMS strategies, thermal management, and degradation behavior.
  • Impact on charging infrastructure requirements and battery warranty assumptions.
  • Supply chain teams should track mass production timelines and customer adoption.

Summary of Technical Milestone

Parameter Detail
Company Sunwoda
Charging Range 10% to 97% SOC
Charging Time 9 minutes
Key Areas Cell rate capability, thermal management, cycle life
Applications EV and energy storage
Source Electrek, September 20, 2026

Supplier Solution Note

Flash-charging cells require precise BMS and thermal matching. Custom small-batch battery packs and rapid prototyping can validate high-rate designs. Online selection tool https://tool.liion-batt.com helps compare compatible cells for fast-charge projects.