On April 1, 2026, the National New Energy Vehicle Power Battery Traceability Information Platform was officially launched, assigning an exclusive digital "ID card" to each power battery. It realizes chain traceability throughout the entire life cycle including production, vehicle installation, circulation, recycling and reuse, building a national-level regulatory foundation for the green cycle of the new energy industry.

This measure not only clarifies the requirements for full-chain data retention and closed-loop responsibility, but also makes the pain points of safety, compliance and efficiency in the power battery storage, circulation and recycling links increasingly prominent, forcing the industry to upgrade to standardized and intelligent equipment.

Shanghai DeSUN ECOTECH CO., Ltd has long been at the forefront of industry solutions through standard formulation and technological innovation.

Power batteries have both energy attributes and hazardous waste characteristics, and there have long been problems such as high safety risks, non-standard circulation and information gaps in the storage, circulation and recycling links.

- Temporary storage of decommissioned batteries is prone to thermal runaway and electrolyte leakage, and traditional equipment without intelligent monitoring cannot meet the requirements of traceability data;

- Collisions and liquid leakage occur frequently during circulation, and untraceable trajectories lead to ambiguous responsibilities;

- Chaos such as illegal dismantling and unclear flow direction in the recycling link is even more contrary to the standardized management goals of the traceability platform.

With the tightening of industry supervision and the simultaneous upgrading of local work safety standards, DeSUN ECOTECH deeply participated in the drafting of Jiangsu Provincial Local Standard DB32/T 5119-2025 Technical Specification for Production Safety of Lithium-ion Battery Factories in 2025. It participated in industry rule-making with front-line technical practice, accurately grasped the core requirements of full-process safety control for lithium batteries, and laid a standard foundation for product research and development.

Relying on in-depth research on lithium battery safety storage, DeSUN ECOTECH's "intelligent and digital decommissioned battery storage equipment" was successfully selected into the 2025 Catalogue of Practical Technologies and Typical Projects for Ecological Environmental Protection issued by the China Association of Environmental Protection Industry (CAEPI), and its technical strength has obtained national-level official recognition.

Based on standard formulation experience and core technological achievements, the company has launched lithium battery storage cabinets and intelligent lithium battery circulation boxes, which are deeply adapted to the rules of the National Power Battery Traceability Platform. They solve the problems in all scenarios of storage, circulation and recycling in a one-stop manner, becoming an important hardware support for the lithium battery circular industry chain.

DeSUN ECOTECH Lithium Battery Storage Cabinets

Focusing on compliant storage and temporary recycling storage of decommissioned batteries, they strictly benchmark against Jiangsu's local standards for lithium battery safety. They adopt a double-layer fireproof steel plate structure and are equipped with leakage collection, explosion-proof heat dissipation and automatic fire extinguishing systems to prevent thermal runaway risks from the source and meet the compliance requirements for hazardous waste storage.

The equipment integrates multi-dimensional intelligent monitoring modules, which can collect data such as temperature, humidity and gas concentration in real time, and have functions related to traceability docking.

Customized upgrades can be made according to the actual needs of enterprises, including docking adaptation with the National Power Battery Traceability Platform, automatic association of battery digital IDs, synchronous upload of information such as storage locations, warehouse entry and exit records and environmental status. After the upgrade, full-process traceability of the storage link can be realized, which can not only meet the regulatory data upload needs of different enterprises, but also provide accurate parameters for recycling enterprises, improve residual value assessment efficiency, and help the collection of compliant supply sources.

Intelligent Lithium Battery Circulation Boxes

Created for the high-frequency circulation needs of the industrial chain, they adopt a shock-resistant and anti-collision structure to reduce physical loss and leakage risks during circulation.

Built-in positioning and data acquisition modules can synchronize circulation trajectories and battery status to the traceability platform in real time, clearly define responsibilities at each link, and solve the problem of vague circulation information.

Their standardized dimensions are compatible with logistics and warehousing systems. Equipped with intelligent identification functions, they can automatically match exclusive battery codes, break down information barriers from factories and battery swapping stations to recycling enterprises, and make the circulation of each battery fully traceable and controllable throughout the process.

From participating in the formulation of local safety standards, to core technologies being selected into national environmental protection catalogues, and then to creating intelligent equipment adapted to the national traceability platform, DeSUN ECOTECH has formed a mature solution of "standard leadership + technological innovation + hardware implementation".

In the new industry stage where power battery traceability management is fully implemented, the company fills the gaps in storage, circulation and recycling with professional equipment, and helps the lithium battery industry achieve safe, compliant, efficient and circular green development with standardized and intelligent products, building a solid hardware guarantee for the sustainable development of the new energy industry.