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Specializing in the design, development and production of battery management systems (BMS) and protection boards.

PGY101 23S200A
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PGY101 23S200A

PGY101 23S200A

The PGY-101 is a high-current battery management system designed for 23-series (23S) ternary lithium battery packs. It supports up to 200A continuous charge and discharge current and adopts a common port architecture, making it suitable for high-power electric vehicle and motorcycle applications. This model is a hardware-based protection BMS, focusing on robust current handling and essential safety protection for demanding power environments.

Product Detail

Product Overview

The XKD-101 is developed for 23S ternary lithium battery packs used in power and traction applications.
 With its high-current MOSFET architecture and centralized protection IC solution, the board provides reliable protection against abnormal electrical conditions during high-load operation.

The common port design simplifies system wiring, while the rugged PCB structure ensures stable performance in harsh operating environments typical of electric motorcycles and power battery systems.

 

Key Features

  • Supports 23S Ternary Lithium Battery Packs
  • 200A Continuous Charge & Discharge Current
  • Common Port Design
  • Hardware-Based Protection Functions:
    • Overcharge protection
    • Over-discharge protection
    • Charge & discharge over-current protection
    • Short-circuit protection
  • High-Current MOSFET Configuration
  • Low Internal Resistance Design
  • Designed specifically for power and traction applications

 

Electrical Specifications

  • Battery Chemistry: Ternary Lithium
  • Number of Cells: 23S
  • Nominal Pack Voltage: approx. 85.1 V
  • Max Charge Voltage: approx. 96.6 V (CC / CV)
  • Max Continuous Charge Current: 200 A
  • Max Continuous Discharge Current: 200 A

 

Protection Parameters (Typical, 25 °C)

  • Overcharge Protection (per cell):
     4.25 V (typ.), release at 4.15 V
  • Over-Discharge Protection (per cell):
     2.70 V (typ.), release at 3.00 V
  • Discharge Over-Current Protection:
    • Level 1: approx. 850 A (typ.)
    • Level 2: approx. 1700 A (typ.)
  • Short-Circuit Protection Response Time:
     ≤ 350 μs (typ.)
  • MOSFET Temperature Rise @ Rated Current:
     ≤ 65 °C

Protection thresholds are hardware-defined and optimized for high-power operation.

 

Environmental & Mechanical

  • Operating Temperature: −20 °C to +65 °C
  • Storage Temperature: −40 °C to +90 °C
  • Operating Humidity: ≤ 90% RH (non-condensing)
  • Maximum Operating Altitude: 4000 m
  • PCB Dimensions: 165 × 70 × 20 mm

 

Application Scenarios

  • Electric motorcycles
  • High-power electric vehicles
  • Traction battery packs
  • Power battery systems
  • Industrial lithium battery packs requiring very high current capability

Our Advantages

Simple & Reliable

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Stable hardware + proven firmware

 

No unnecessary features

Built for Light EVs

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Scooters / E-bikes / Tricycles

 

Golf carts / Light electric motorcycles / Drones

Essential Protection

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OV / UV / OC / SC / OTP

 

Designed for daily use

Bluetooth Support

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Optional Bluetooth monitoring

 

Basic status & diagnostics

Easy Integration

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Clear hardware interface

 

Simple configuration

Reasonable Cost

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In-house production

 

Competitive pricing for real orders

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