BMS LFP 24S 40A SMART CAN DALY (42f3)

DALY Smart BMS LiFePO4 24S 72V 40A Common port with Balance

Product Data Sheet

The DALY BMS LFP 24S 40A SMART CAN is a state-of-the-art Battery Management System engineered for 24-series LiFePO4 (Lithium Iron Phosphate) batteries. With a discharge and charge current of 40A, it delivers powerful control, stability, and protection for 76.8V systems used in electric vehicles, solar energy storage, e-bikes, e-rickshaws, and industrial battery banks.

Specifications

• Battery Configuration: Smart BMS LiFePO4 24S 72V 40A Common port with Balance
• Continuous Discharge Current: 40A
• Over-Voltage Protection: 3.8V
• Charge Current: 20A
• Charge Voltage: 87.6V
• Short Circuit Protection: Yes, with auto recovery
• Temperature Protection: Over-temperature and under-temperature protection
• Features: Overcurrent, overcharge, over-discharge, and temperature protection

Key Benefits

• Smart Battery Protection: Advanced protection against overvoltage, undervoltage, overcurrent, short-circuit, and thermal abuse.
• Dual Communication Support: Integrated CAN & UART for real-time monitoring, diagnostic, and remote management.
• Fan-Cooled Efficiency: Built-in dual fan system ensures thermal stability and extended system lifespan.
• Optimized for LiFePO4: Specifically designed for 24S (76.8V nominal) LiFePO4 battery packs for precise operation.
• Ideal for Medium Power Systems: Perfect balance of performance and safety for mid-range EVs, solar storage systems, and e-mobility setups.

Applications

• Battery Packs for Solar Energy Systems
• Electric Scooters, Bikes, and E-Rickshaws
• Industrial Inverters and Backup Systems
• Light Electric Commercial Vehicles (LECVs)
• Research & Development Prototypes for Smart Energy

With the wide application of lithium batteries in the lithium battery industry, requirements for high performance, high reliability and high cost performance are also put forward for battery management systems. This product is a BMS specially designed for lithium batteries. It can collect, process and store the information and data of the battery pack in real time during use to ensure the safety, availability and stability of the battery pack.

Using professional high-current trace design and technology, it can withstand the impact of ultra-large current. The appearance adopts the injection molding sealing process to improve moisture resistance, prevent the oxidation of components, and prolong the service life of the product. dust proof, shockproof, anti-squeezing and other protective functions. There are complete overcharge, over-discharge, over-current, short circuit, equalization functions. The integrated design integrates acquisition, management, communication and other functions into one