UGREEN Partners with ATL to Advance Power Bank Safety Standards

UGREEN enters a strategic partnership with battery giant ATL and contributes to China's new GB 47372-2026 safety standards. The collaboration integrates advance

Updated · By Marc Majewski

UGREEN enters a strategic partnership with battery giant ATL and contributes to China's new GB 47372-2026 safety standards. The collaboration integrates advanced cell technology with automated production and real-time monitoring systems to enhance power bank reliability.

UGREEN and ATL Establish New Safety Cooperation for Mobile Charging

The mobile power market is entering a phase of increased regulation and technical oversight as consumer demand for high-capacity portable chargers grows. UGREEN has announced a strategic partnership with Amperex Technology Limited (ATL) to address safety concerns surrounding lithium-ion battery cells. This collaboration focuses on integrating high-grade components with rigorous production standards to minimize risks during the charging process.

As ugreen.com reports, the company is moving beyond simple hardware assembly by participating in the development of official industry guidelines. This shift occurs as manufacturers face pressure to provide more transparent data regarding battery health and manufacturing origins. The partnership aims to combine ATL’s experience in cell production with UGREEN’s consumer electronics distribution network.

Strategic Integration of New Safety Standards

A primary objective of this partnership is the implementation of the GB 47372-2026 technical specifications. This upcoming safety standard in China governs the construction and testing of mobile power banks. UGREEN has taken an active role in defining these requirements to ensure that hardware can withstand extreme physical stress without failure.

  • Automated Production: Critical manufacturing steps including cell matching, welding, and gluing are now handled by robotic systems to eliminate human error.
  • Digital Traceability: Every unit is assigned a unique identification code that tracks the specific factory, production date, and battery batch.
  • MES Implementation: A Manufacturing Execution System provides end-to-end digital monitoring of the entire assembly line.
  • Hardware Stress Testing: Battery cells must pass puncture resistance, compression, and lithium plating tests before reaching the consumer.

UGREEN has entered into a strategic partnership with global lithium-ion battery manufacturer ATL (Amperex Technology Limited) to guarantee high-quality battery cells that meet new safety requirements.

— ugreen.com

Lifecycle Monitoring and Consumer Safety

The updated safety framework includes a real-time monitoring system designed to track battery performance throughout the product's lifespan. This system records anomalies and provides warnings if a cell begins to degrade or behave unexpectedly. By using an integrated workflow from the factory to the end-user, the company can identify potential defects before they result in hardware failure.

Compared to budget alternatives that often lack detailed cell sourcing data, this approach provides a more verifiable safety record. Competitors like Anker or Belkin have similarly invested in proprietary safety technologies, such as ActiveShield. UGREEN’s focus on the GB 47372-2026 standard suggests a move toward standardized, industry-wide compliance rather than just internal benchmarks.

UGREEN participated in the drafting of China's new GB 47372-2026 safety standard for power banks.

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