16S–24S 100A Battery Swapping BMS with Bluetooth, CAN & Remote Control for LiFePO4 / Lithium-ion / Sodium Batteries

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This Battery Swapping BMS is designed for modular lithium battery systems, supporting LiFePO4, NMC (ternary lithium), lithium carbonate, and sodium-ion batteries.

With support for 16S–24S configurations, 36V–72V systems, and 100A continuous current, it is ideal for electric vehicles, battery swapping stations, and energy storage applications.

Equipped with multi-protocol communication (UART, RS485, CAN, GPRS, Bluetooth) and advanced protection features, this BMS ensures safe operation, real-time monitoring, and seamless battery swapping performance.

Its low power consumption design, remote control capability, and OTA upgrade support make it a reliable solution for modern smart battery systems.

Parameter	Specification
Battery Type	LiFePO₄/NCM/Sodium-ion battery/Lithium
Battery Series	16S/20S/24S（Customizable）
Operating Voltage Range	36V/48V/64V/72V（Customizable）
Continuous Current	100A（Customizable）
Charging Method	Same Port
Temperature Detection	4 Channels
Balanced Approach	Passive Balancing
Self-Discharge	<100uA
Operating Current	≤30mA
Communication	UART、RS485、CAN、GPRS、Bluetooth
Size	134.746615.68（mm）
Basic Function	Supports 4S-24S voltage acquisition, supports up to 4 temperature acquisitions, maximum operating current of 100A on the same port, supports buzzer alarm and LED status alarm, supports passive equalization, supports pre-discharge function, and supports a maximum capacitive load of 10000UF.
Optional Functions	CAN，RS485

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APPLICATIONS

BMS Customization Processes

Requirement Communication

Design & Sample Development

Pilot Run & Validation

Mass Production & Quality Control

Delivery & After-Sales Support

Requirement Communication

（1）Customer Request: Battery specifications, application, communication protocol, functional needs.
（2）Manufacturer Evaluation: Identify whether the demand fits a standard BMS model or requires custom development.
（3）Quotation & Proposal: Provide datasheet, technical solution, lead time, and quotation.

Design & Sample Development

Standard BMS: Recommend existing models, prepare samples for customer testing.
Custom BMS:
（1）Circuit Design.
（2）Firmware Development.
（3）Structure/ID Design
Sample Testing: Deliver prototypes for customer evaluation

Pilot Run & Validation

Internal Testing: Functional testing, aging test, and reliability test.
Customer Validation: End-use testing in battery packs/vehicles/equipment.
Iteration: Adjust design based on customer feedback.

Mass Production & Quality Control

Material Preparation: Key components.
Production Process: SMT → DIP → Soldering → Assembly → Testing.
QC Process: 100% functional test, communication test, aging test.
Certification: CE, UL, UN38.3, or others as required by the customer.

Delivery & After-Sales Support

Delivery Timeline:
Small batches: 2–4 weeks
Large batches: 6–8 weeks (depending on component supply chain)
Packaging & Shipping: ESD-safe packaging, support for air or sea shipping.
After-Sales Service:
Technical documentation and software tools
Firmware upgrades
Warranty (typically 12–24 months)

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Certifications

FCC

RoHS

ISO 9001

UN 38.3

Authentic feedback from customers worldwide about KURUI BMS manufacturers.

MESSAGE

Ready to Power Your Energy Solutions? Let’s Build Together.

When you work with KURUI Battery Management Systems Factory, you gain:

Comprehensive Capabilities: A true one-stop-shop for your BMS needs – from LiFePO4 battery packs for e-bikes, scooters, and golf carts to high-capacity BMS for forklifts and energy storage systems.

A Transparent Process: Clarity and control at every stage – from technical consultation, R&D, prototyping to mass production and global delivery.

A Commitment to Quality & the Future: A partner dedicated to safety, reliability, and sustainability in every BMS we make. We help you comply with international standards and build a stronger product reputation.

We look forward to speaking with you. Let's Have a WhatsApp Chat

BMS Customization Processes

Requirement Communication

Design & Sample Development

Standard BMS: Recommend existing models, prepare samples for customer testing.Custom BMS:（1）Circuit Design.（2）Firmware Development.（3）Structure/ID Design Sample Testing: Deliver prototypes for customer evaluation

Pilot Run & Validation

Internal Testing: Functional testing, aging test, and reliability test.Customer Validation: End-use testing in battery packs/vehicles/equipment.Iteration: Adjust design based on customer feedback.

Mass Production & Quality Control

Material Preparation: Key components.Production Process: SMT → DIP → Soldering → Assembly → Testing.QC Process: 100% functional test, communication test, aging test.Certification: CE, UL, UN38.3, or others as required by the customer.

Delivery & After-Sales Support

Delivery Timeline:Small batches: 2–4 weeksLarge batches: 6–8 weeks (depending on component supply chain)Packaging & Shipping: ESD-safe packaging, support for air or sea shipping.After-Sales Service:Technical documentation and software toolsFirmware upgradesWarranty (typically 12–24 months)

MESSAGE

Standard BMS: Recommend existing models, prepare samples for customer testing.
Custom BMS:
（1）Circuit Design.
（2）Firmware Development.
（3）Structure/ID Design
Sample Testing: Deliver prototypes for customer evaluation

Internal Testing: Functional testing, aging test, and reliability test.
Customer Validation: End-use testing in battery packs/vehicles/equipment.
Iteration: Adjust design based on customer feedback.

Material Preparation: Key components.
Production Process: SMT → DIP → Soldering → Assembly → Testing.
QC Process: 100% functional test, communication test, aging test.
Certification: CE, UL, UN38.3, or others as required by the customer.