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Inverted energy storage electronic PCB solution to develop power control BMS circuit board

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Inverted energy storage electronic PCB solution to develop power control BMS circuit board

Name: Inverted energy storage electronic PCB solution to develop power control BMS circuit board
Brand: Shenzhen Dasonghe Trading Co., Ltd.

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MOQ : 100 Pieces

Inverted energy storage electronic PCB solution to develop power control BMS circuit board Specification

Power Supply
DC Input

Features
Hardware/Software overcharge, overdischarge, short-circuit, overcurrent, cell balancing, temperature protection, modular design

Sensors Specification
Integrated NTC temperature sensors support

Resolution
Cell Voltage Monitoring Resolution 1mV

Usage
Lithium-ion/LiFePO4 battery packs, ESS (Energy Storage Systems)

Display Type
Status LEDs (SOC, Fault, Balancing)

Interface
CAN, RS485, UART

Response Time
<200ms Protection Response

IP Rating
IP20 (open PCB)

Charging Voltage
Up to 58.4V (For 16S LiFePO4)

Output
Discharge/Load Terminal, Communication (CAN/RS485/ UART)

Processor Speed
Up to 72MHz (ARM-based MCU)

Thermal Conductivity
High, with integrated copper pours and heat sink pads

Power Source
Battery powered

Input
Battery Pack Terminal (Up to 16 series cells)

Operating Temperature
-20C to +70C

Components
Microcontroller, MOSFETs, Balancing Resistors, Relays, Communication ICs, Connectors

Product Type
BMS Power Control PCB

Application
Energy storage, solar inverters, UPS systems, EV battery modules

Rated Voltage
48V DC

Supply Voltage
10-60V DC Range

Size
150mm x 100mm

Dimension (L*W*H)
150mm x 100mm x 1.6mm

Function
Inverted energy storage management, power control, protection, and balancing for battery packs

Color
Green

Weight
Approx. 120g

Capacity
20A-100A Current Handling (Depends on Model)

Current Rating
Max Continuous Current 60A

Thickness
1.6mm

PCB Layers
4-layer FR-4 PCB

Protection Class
Short-circuit, over-voltage, under-voltage, overcurrent, temperature delatching

Conformal Coating
Optional, not included

Firmware Upgrade
Supports OTA/UART firmware update

ESD Protection
Integrated ESD diodes - 2kV rating

Firmware Customization
Supported for OEM/ODM

Communication Protocols
Supports CANbus 2.0A/B, RS485, UART, Bluetooth (optional)

Balancing Type
Passive cell balancing, <50mA per cell

Compatibility
Designed for 3.2V/3.7V series cells battery packs

Lifecycle
>50,000 cycles supported with normal use

RoHS Compliance
Yes

Connector Type
Screw terminal, JST multi-pin connectors

Mounting Type
Screw/Stand-off holes provided for secure mounting

Test Points
Integrated voltage test points for each cell group

Inverted energy storage electronic PCB solution to develop power control BMS circuit board Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About Inverted energy storage electronic PCB solution to develop power control BMS circuit board

Highlighted as a hot-selling, world-class Inverted Energy Storage Electronic PCB Solution, this prime power control BMS circuit board redefines battery management for energy storage systems. Crafted on a 4-layer FR-4 PCB, it supports advanced communications including CANbus, RS485, and UART, and is adaptable for Bluetooth integration. Unparalleled protection is delivered via integrated ESD diodes, temperature, and voltage safeguards, while balancing circuits maximize battery performance. OEM/ODM firmware customization, modular design, and RoHS compliance make it a select solution for lithium-ion/LiFePO4 packs, solar inverters, UPS, and EV modules.

Versatile Application & Outstanding Features

The Inverted energy storage electronic PCB excels in flexible installation through screw/stand-off mounting, supporting 3.2V/3.7V series cells up to 16S. Its extra features include passive cell balancing (<50mA/cell), integrated NTC sensors, modular expandability, and over-the-air firmware updates. Other highlights are built-in voltage test points, support for high thermal conductivity, and status LEDs for SOC, faults, and balancing. The board's robust protection mechanisms and high current handling (up to 100A, model-dependent) ensure reliable operation across demanding applications.

Domestic Market Coverage & Certifications

This solution caters to China's prime domestic markets at the lowest possible price, ensuring compelling valuation for dealers and distributors. Samples are available per standard policy for process validation before shipment, reinforcing buyer confidence. Certified RoHS-compliant, this BMS PCB ensures eco-friendly performance and adheres to safety and industry protocols. With prompt shipment and detailed documentation, it suits fabricators, exporters, and service providers seeking robust, scalable battery management solutions.

FAQ's of Inverted energy storage electronic PCB solution to develop power control BMS circuit board:

Q: How do I install the Inverted energy storage electronic PCB solution in my battery pack system?

A: Installation is straightforward using the provided screw or stand-off mounting holes. Simply connect using the designated screw terminal or JST connectors, ensuring correct polarity and configuration as per the user manual.

Q: What protection features does this BMS circuit board offer?

A: The board delivers robust protection-including short-circuit, over-voltage, under-voltage, overcurrent, and temperature delatching-safeguarding your battery packs in a wide operational range.

Q: When should I use the passive cell balancing feature?

A: Passive cell balancing operates automatically during charge and discharge, ensuring that all cells remain at optimal voltage levels. It is especially beneficial for maintaining long-term health and performance of battery packs.

Q: Where is this BMS solution most commonly applied?

A: It's designed for lithium-ion and LiFePO4 battery packs in energy storage systems, solar inverters, UPS units, and EV battery modules, offering unmatched flexibility for both stationary and mobile energy applications.

Q: What are the benefits of the board's communication protocols?

A: Support for CANbus, RS485, UART, and optional Bluetooth enables seamless integration with monitoring systems, allowing real-time data communication and remote diagnostics for enhanced energy management.

Q: How does the firmware customization process work for OEM/ODM clients?

A: OEM/ODM clients can specify their requirements, and custom firmware is developed and loaded onto the units. Updates can be applied via OTA or UART interfaces, streamlining large-scale deployment and upgrades.

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