About Yichun Dawnice Manufacture & Trade Co., Ltd - Batteries & Chargers Supplier in China

Yichun Dawnice Manufacture & Trade Co., Ltd operates from Yichun City in Jiangxi province, China, and its online catalogue currently enumerates 40 distinct battery products. The company lists items across the Batteries & Chargers, Solar Batteries and Cabinets categories, with most entries identified by internal codes such as HZEB‑LCT‑5, HZEB‑LCT‑10 and so on. All listed products are lithium‑based storage solutions, primarily using Lithium Iron Phosphate (LiFePO4) chemistry, and the majority are classified under HS heading 8507.60 for lithium‑ion batteries. The catalogue includes capacities ranging from 2.5 kWh up to 200 kWh, with both low‑voltage (LV) stackable modules and high‑voltage (HV) rack‑type units. Export destinations mentioned in the profile span Europe, North America and Southeast Asia, reflecting a broad geographic reach.

The product titles specify form factor (wall‑mounted, stackable, rack type) and occasional accessories such as the “Fuma wheel”. Several entries combine LiFePO4 with other chemistries like NMC, but all fall within the broader lithium‑ion battery classification. The HS codes in the list are either internal identifiers (e.g., HZEB‑LCT‑5) or the standard customs code 8507.60, which covers rechargeable lithium‑ion cells and batteries. The data set does not include any other material types beyond lithium‑based chemistries.

Product Range and Specialties of Yichun Dawnice Manufacture & Trade Co., Ltd

The catalogue offers a spectrum of LiFePO4 solar and stationary batteries, including 5 kWh, 10 kWh, 15 kWh and 20 kWh wall‑mounted units, as well as larger stackable modules such as the 51.2 V 400 Ah and 512 V 280 Ah high‑voltage packs. Capacities are expressed in kilowatt‑hours for residential‑size units and in ampere‑hour specifications for industrial modules, matching the common industry practice of rating LiFePO4 packs by both energy and voltage. In the broader market, LiFePO4 batteries are typically graded by cycle life (often >2000 cycles at 80 % depth of discharge), charge efficiency (≈95 %), and operating temperature range (‑20 °C to +60 °C). Common certifications include IEC 62133 for safety, UN 38.3 for transport, and CE or UL for market entry. Buyers often request data sheets that list nominal voltage per cell (3.2 V), continuous discharge current, and maximum charge current, as well as protection circuit specifications.

Beyond the listed items, the lithium‑ion storage sector in China frequently produces prismatic and cylindrical cell formats, with typical energy densities of 140 - 160 Wh kg⁻¹ for LiFePO4. Export‑ready packs are usually packed in wooden crates or steel frames, sized to fit 20‑ft or 40‑ft containers, and may include moisture‑absorbing desiccants to meet ISPM‑15 phytosanitary requirements for wooden packaging.

Trade and Export Information - Yichun Dawnice Manufacture & Trade Co., Ltd

China is the world’s largest producer of lithium‑ion batteries, and Jiangxi’s Yichun region is designated as a “lithium capital” with a concentration of raw material processing and cell assembly facilities. Exporters of LiFePO4 solar storage systems typically ship under HS chapter 85, heading 8507.60, and face customs inspections that verify compliance with UN 38.3 testing, IEC 62133 safety standards and, for EU markets, the CE marking for electromagnetic compatibility. Major import markets include the European Union (especially Germany, the Netherlands and the UK), North America (United States and Canada) and Southeast Asian economies such as Thailand and Vietnam, where renewable‑energy projects drive demand for modular solar batteries.

Incoterms most often used are FOB Yichun Port or CIF major European ports, with freight forwarders arranging containerization of the bulkier HV stackable units. Standard packaging involves anti‑static liners, wooden pallets rated for 1 ton, and optional climate‑controlled containers for temperature‑sensitive shipments. Export documentation generally comprises a commercial invoice, packing list, certificate of origin, test reports (UN 38.3, IEC 62133) and, where required, a CE Declaration of Conformity or UL listing.

Sourcing from Yichun Dawnice Manufacture & Trade Co., Ltd - Buyer Guidance

When evaluating Yichun Dawnice’s battery offerings, buyers should request the latest UN 38.3 transport test report and IEC 62133 safety certification for each model, as these documents confirm compliance with international handling and safety requirements. It is also advisable to obtain a performance data sheet that details nominal voltage, capacity tolerance (±5 %), round‑trip efficiency and cycle‑life expectations at the specified depth of discharge.

Buyers should verify the pack’s physical dimensions and weight against container loading plans, especially for the larger HV stackable batteries that are shipped in 20‑ft or 40‑ft containers. Requesting a sample unit for on‑site testing of charge‑discharge curves, thermal performance and BMS (Battery Management System) functionality can help confirm that the product meets project specifications before placing a full order.

What HS code is used for the Dawnice 5kWh LiFePo4 Solar Battery?

The internal catalogue code is HZEB‑LCT‑5, but for customs purposes the battery falls under HS heading 8507.60, which covers rechargeable lithium‑ion batteries.

Which safety certifications should I ask for before purchasing?

Request the latest UN 38.3 transport test report and IEC 62133 safety certification. For EU shipments also ask for a CE Declaration of Conformity, and for North America a UL 2054 listing is common.

What is the typical cycle life for the LiFePO4 modules listed?

Industry standards for LiFePO4 packs specify a cycle life of 2000  -  3000 cycles at 80 % depth of discharge, which is the benchmark buyers usually expect.

How are the larger HV stackable batteries packaged for export?

They are typically loaded into steel‑framed racks, placed on wooden pallets, wrapped in anti‑static film and secured inside 20‑ft or 40‑ft containers with desiccant packs to control moisture.

What lead time is common for a 20 kWh wall‑mounted battery?

Manufacturers in Yichun generally quote a production lead time of 4‑6 weeks for wall‑mounted units of this size, pending receipt of a confirmed purchase order and required test reports.

Can I request a sample unit for performance testing?

Yes, a single‑unit sample can be supplied for on‑site validation of capacity, efficiency and BMS operation. Sample shipments are usually handled under DAP terms with the buyer covering freight costs.