Standard Lithium Batteries

Most conventional rechargeable lithium-ion cells have a nominal voltage of 3.6V or 3.7V, depending on their chemistry and design. A typical 3.7V cell reaches 4.2V when fully charged. Other lithium chemistries, such as LiFePO4, have different nominal voltages and charging requirements. The correct specifications should always be verified for each model.

Battery capacity should be selected according to device power consumption, expected runtime, discharge current, and available installation space. Higher-capacity batteries generally provide longer operating time under comparable conditions but may require larger dimensions. GLOFLUX helps OEM customers evaluate suitable battery capacities based on their equipment specifications.

Standard lithium batteries are generally selected for applications with moderate discharge current requirements, while high-rate lithium batteries are designed to deliver higher continuous or peak currents. High-rate cells may prioritize power output over maximum energy capacity. The appropriate battery type depends on the device's load profile, current demand, and operating environment.

Standard lithium batteries must operate within their specified charging voltage, charging current, discharge limits, and temperature range. For conventional 3.7V lithium-ion cells, charging commonly uses a 4.2V constant-current/constant-voltage system. Protection circuits may be required depending on the application. Charging and discharge parameters must match the selected battery model.

Yes. GLOFLUX supports OEM projects and bulk procurement of standard lithium batteries in various cylindrical and pouch cell formats. Customers can provide their required voltage, capacity, dimensions, discharge current, application, and estimated order quantity. Our team can evaluate suitable battery models and discuss product availability, customization options, and quotation requirements.