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FEATURED ARTICLES
June 12, 2026
Customising lithium-ion batteries may seem complex, but it can actually be achieved in just four simple steps. Step 1: Requirements Discussion: You provide us with the battery’s voltage, capacity, dimensions, application scenario and certification requirements, and our engineers will assess feasibility and propose an initial solution. Step 2: Quotation Confirmation: We will issue a detailed … A Detailed Guide to the OEM/ODM Lithium-Ion Battery Customisation Process
June 3, 2026
Standard batteries cannot meet the space and performance requirements of all devices. The essence of a customised battery pack lies in ‘tailoring it to the device’, which involves three key aspects: cell selection, structural design and BMS configuration. 1.Cell Selection: Depending on the device’s requirements for energy density, rate capability (discharge current) and cycle life, … Customised Batteries: How to Tailor Them to Your Equipment?
May 28, 2026
The birth of a high-performance battery pack combines precision engineering with rigorous quality control. Its core steps are interlinked: 1. Cell Screening and Matching To ensure the longevity and safety of the battery pack, individual cells undergo strict screening to guarantee highly consistent voltage, capacity, and internal resistance. 2. Modular Integration The matched cells are … From Scratch: Unveiling the Art of Battery Pack Production
May 22, 2026
The overall performance of a battery pack depends on its weakest cell. Grade A cells are the absolute starting point for a high-quality battery pack. Grade A cells signify an extremely low defect rate and high consistency (in capacity and internal resistance). Battery manufacturers use “capacity grading” tests to group cells with nearly identical performance. … Cell Traceability: Why Grade A Cells Are the Starting Point for High-Quality Batteries?
May 15, 2026
Many people think a lithium battery is just a pack of cells, but that’s not the case. What truly determines battery performance and safety is its “brain” — the BMS (Battery Management System). The BMS is responsible for real-time monitoring of battery voltage, current, and temperature. Without it, batteries are highly prone to overcharging, which … The “Brain” of Lithium Batteries: Why BMS Determines Battery Life and Safety
May 7, 2026
• Safety: Stable structure, highly resistant to thermal runaway (e.g., from overcharge or penetration), ensuring safety for both the robot and its environment. • Long Life: Over 3,000 cycles (up to 6,000+), 5-8x longer than lead-acid. Often lasts the robot’s entire lifecycle, lowering total cost. • Stable Power: Flat voltage discharge for clean, reliable power. … Why LiFePO4 is Ideal for Robotics:
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