LiFePO4 Battery Pack 6080FS For AGV Robot

LiFePO4 battery pack 6080FS for AGV robot is rechargeable and rated at 60V 80Ah with an integrated battery management system(BMS), communication protocol and m8 nut termination. BMS, communication protocols and terminations are optional and customizable. It can meet the UN transportation testing requirements. This type of battery has outstanding advantages such as high safety and long cycle life. Due to its excellent thermal and structural stability, its safety is significantly better than that of other battery types and can offer a long cycle life of more than 2000 cycles. These make it particularly suitable for high power and energy storage applications.

Features

• Extremely safe. Excellent thermal and structural stability, no explosion, high safety performance.
• Super long cycle life. 2000~6000 cycles, while only 500~900 cycles for lead acid battery.
• Low self-discharge rate and no memory effect. Less than 2% per month, while more than 10% per month for lead acid battery.
• High operation voltage and power output. Nominal 3.2V, 3 times that of lead acid battery and UL1642, IEC62133, UN38.3, MSDS passed.
• High energy density. Approx 200Wh/Kg, only 2/3 of the volume and 1/3 of the weight of lead acid battery.
• Wide operation temperature range. Charge: 0~45°C; discharge: -20~60°C; storage: -20~40°C.
• Green energy, no harmful metals, RoHS compliance, no pollution, friendly to the environment.

Applications

AGV/RGV/MGV automatic trucks, golf carts, electric forklifts, electric stackers, fire fighting robots, robots, low-speed electric vehicles, special vehicles, testing equipment, security monitoring equipment, radio communication system, surveying instruments, UPS, emergency application, medical devices, traffic and navigation signal lamp, solar lighting, emergency lighting and car/ship starting system, power transmission and transformer station, household/commercial energy storage, etc.

More Models

Below are standard models. Multiple cells are connected together into a battery pack to provide higher voltage, capacity, or both. Constructing a battery pack involves connecting cells in series, parallel, or a combination of both. By combining several individual cells, a pack can deliver more power and energy than a single cell. The chemistry, voltage, capacity, circuit, housing, dimension, termination etc. of a battery pack can be customized. Contact us now for custom requirements.