16S 48V 100A BMS Battery Management System

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Original price was: ₹5,000.00.Current price is: ₹2,650.00.

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  • High Current 100A Output – Designed for high-power applications such as e-bikes, solar systems, and inverter battery packs.
  • Supports 16S 48V Battery Pack – Compatible with both Li-ion and LiFePO4 battery configurations.
  • Advanced Protection System – Provides overcharge, over-discharge, overcurrent, short circuit, and temperature protection.
  • Cell Balancing Function – Ensures equal charging and discharging across all cells, improving battery life and performance.
  • High Efficiency Performance – Stable output with low power loss for long-term reliable operation.
  • Wide Application Use – Perfect for electric vehicles, solar energy storage systems, UPS, and DIY battery packs.
  • Durable PCB Design – High-quality electronic components ensure long life, heat resistance, and stable operation.
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Description

16S 48V 100A BMS

The 16S 48V 100A BMS (Battery Management System) is a high-performance and intelligent protection circuit board designed specifically for large lithium battery packs. It is widely used in applications such as electric vehicles, solar energy storage systems, UPS backup power systems, and DIY lithium battery projects. 16S 48V 100A BMS (Battery Management System)  This BMS ensures safety, stability, and maximum efficiency of your battery pack by continuously monitoring and controlling each cell.

This 16S BMS is engineered to support 16 series lithium-ion or LiFePO4 cells, delivering a nominal voltage of 48V and handling a continuous discharge current of up to 100A, making it suitable for high-power applications. Whether you are building an electric scooter battery, solar storage system, or inverter backup system, this BMS provides reliable protection and smooth power delivery.

One of the key features of this system is its advanced battery protection mechanism. It protects the battery pack from common issues such as overcharging, over-discharging, overcurrent, and short circuits. These protections are essential to ensure battery safety and prevent damage that could reduce battery life or cause hazardous conditions.

The built-in cell balancing function ensures that all 16 cells in the battery pack charge and discharge evenly. Over time, lithium battery cells can become unbalanced due to slight differences in capacity and internal resistance. 16S 48V 100A BMS (Battery Management System)  This imbalance can reduce overall battery performance and lifespan. The balancing feature corrects these differences automatically, improving efficiency and extending battery life significantly.

Designed with high-quality electronic components, this BMS offers strong durability and heat resistance. The PCB board is manufactured using industrial-grade materials that ensure stable operation even under continuous high-current load. The 100A rating makes it suitable for demanding applications where consistent power output is required without voltage drops or overheating.

This 48V 16S BMS is highly versatile and can be used in multiple applications. It is ideal for electric bicycles (e-bikes), electric scooters, solar power systems, UPS backup systems, energy storage banks, and DIY lithium battery packs. Its universal design makes it compatible with most lithium-ion and LiFePO4 cells available in the market.

Installation is simple for professionals and DIY users with basic electrical knowledge. The clearly labeled wiring points allow easy connection to battery cells, load, and charging systems. Once installed, the BMS automatically manages the battery pack and ensures optimal performance without manual intervention.

The system also enhances safety by preventing dangerous conditions such as overheating and excessive current draw. This is especially important for high-capacity battery packs used in electric mobility and renewable energy systems. With this BMS installed, users can expect stable output, longer battery life, and improved overall efficiency.

Another advantage of this BMS is its low power consumption design, which ensures minimal energy loss when the battery is idle. It is optimized for long-term operation, making it suitable for continuous use in industrial and residential systems.