battery Management system

EC BMS 13-24S

13–24S Smart BMS supports 100–150A continuous current, triple peak current, 0.3A passive balancing, precharge, heating, Bluetooth, inverter communication, GPS and 4G expansion for electric vehicles and energy storage.

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13–24S Smart BMS 100A / 150A

Parameter Value
Battery Series 13–24S
Continuous Current 100A / 150A
Dimensions 10 × 14 × 2.5 cm
Battery Chemistry LTO (2.8V) / LiFePO4 (LFP, 3.7V) / Ternary Lithium (NMC/NCA, 4.2V) / Custom Sodium-Ion & Solid-State Battery Support
Detection Accuracy mV-level voltage detection, mA-level current detection, ms-level protection response
Event & Warning Records Up to 400 rolling records for reviewing historical protection events
Bluetooth Supports iOS / Android
APP Supports 14 languages with battery voltage, temperature, current, capacity, detailed data monitoring and parameter settings
Standard Configuration Packaging Box + Sampling Wires + Buzzer
Basic Protection Overcharge / Over-discharge / Over-temperature / Low-temperature / Overcurrent / Short-circuit Protection
Protection Trigger Protection is triggered when preset thresholds are exceeded; voltage, current and temperature support two-level parameter protection
Sleep Mode Manual / Automatic / Deep Sleep with Zero Power Consumption
Heating Function Supported
Activation Activates upon initial power-on; supports charger activation and load activation after sleep
Balancing 0.3A Passive Balancing
Peak / Instantaneous Current 3× Continuous Current
MOSFET Breakdown Voltage 150V
Display & Inverter Expansion Supports 2.0-inch / 4.3-inch display expansion and inverter communication
Remote Expansion Supports GPS tracking and 2G / 3G / 4G network expansion; wireless Wi-Fi module expansion planned

Key Features

  • Designed for 13–24S lithium battery packs with 100A or 150A continuous current.
  • Supports LTO, LiFePO4 (LFP), NMC/NCA and customizable battery chemistries including sodium-ion and solid-state batteries.
  • mV-level voltage detection and mA-level current detection with ms-level protection response.
  • Comprehensive protection against overcharge, over-discharge, overcurrent, short circuit, high temperature and low temperature.
  • Two-level configurable protection parameters for voltage, current and temperature.
  • 0.3A passive balancing helps improve cell consistency across the battery pack.
  • Supports peak current up to 3× the continuous current.
  • 150V MOSFET breakdown voltage for enhanced electrical safety margin.
  • Bluetooth connectivity with iOS and Android support.
  • Multilingual APP supporting 14 languages for real-time battery monitoring and parameter configuration.
  • Stores up to 400 rolling warning and protection records for troubleshooting and maintenance.
  • Supports manual sleep, automatic sleep and deep sleep modes.
  • Supports heating function for battery operation in low-temperature environments.
  • Expandable with 2.0-inch and 4.3-inch displays, GPS, 2G / 3G / 4G modules and inverter communication.

Typical Applications

  • Electric Motorcycles
  • Electric Tricycles
  • Golf Carts & Low-Speed Vehicles (LSVs)
  • AGVs & AMRs
  • RV Battery Systems
  • Low-Voltage Energy Storage Systems

Core Technology

  • Modular Design

    Modular control board and power board architecture allows individual modules to be replaced, simplifying maintenance and reducing service costs.

  • Built-in Pre-Charge Module

    Reduces inrush current during power-up, prevents false protection triggers, and ensures smooth load startup.

  • High-Quality MOSFETs

    High-quality MOSFETs help control heat generation, with 100V MOSFETs for 3–24S and 150V MOSFETs for 21–32S systems.

  • 3× Peak Current Capability

    High-quality copper busbars with stress-relief and expansion design improve current handling, supporting peak current up to 3× the continuous current.

  • Advanced Thermal Management

    Aluminum-based power boards, thermal conductive material, and heat sinks provide efficient cooling, while separated control and power boards reduce heat transfer.

  • Universal Series Design

    Models are primarily differentiated by continuous current and support a wide series range, reducing inventory requirements while providing dual NTC temperature sensing.

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