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Types of BMS Battery Protection Board on Different Market
MOKOEnergy designs, produces, assembles, and tests BMS Battery Management Systems to ensure safety and reliability.
3S 12V Lithium BMS Battery Protection Board for Electric Drill
3S 12V Lithium Battery BMS PCB Board for Electric Screwdriver
4S 16V BMS Lithium Battery Protection Board for Electric Vehicles Garden Tools
12.8V LifePO4 BMS for Solar Generator
21V Lithium Battery BMS for Electric Chainsaw
60V 30Ah LiFePO4 Battery with BMS for Electric Lawn Mower Power Tool
15S 48V 100A Master BMS Battery Energy Storage System for Telecom Base Station
Energy BMS for Solar Storage System
100A Lithium-ion BMS System for Data Center
600V Lithium BMS for Smart Grid
Smart Lithium Battery Lifepo4 BMS for Power Station
32s 102.4v 50a Lifepo4 Battery Integrated BMS for Large-scale Energy Storage Cabinet
Built-in 12V 400Ah LiFePO4 BMS for RV Battery
Home Energy StorageBMS Battery Protection Board
16s 18s 19s 20s 21s 24s 72v 80a 120a Lithium Lifepo4 BMS for Golf Car
Waterproof BMS Battery Circuit Board for Elderly Scooter
12v 4s 20a Lifepo4 BMS Board with Balance for E-Motorcycle
7s 24v 150a Liion Bms for E Forklift
20a Li-ion 60v 16s Lithium Battery Pack BMS for E-bike
BMS Battery Management System Embedded in Your E-motor Bike
BMS PCB Board for electric Tractor
BMS Battery protection module PCM for Mine Vehicles
14.8v 4s 10a PCB PCM BMS with Temperature Sensor and Balancing for Smartphone Battery Board
3s 4s 150a BMS Battery Protection Module for Drones
4S 14.8V 16.8V 12A BMS Lithium Battery Protection Board for Laptop battery
4s 14.8v16.8v 20a Li-ion BMS PCM Protection Board for Electric Toys
Battery Protection Board BMS for Electric Street Sweeper
3S 12A 11.1v 12.6V Lithium BMS Protection Module for Electric Vacuum Cleaner
3S 4S 11.1V 14.4V BMS with 3A~10A Lithium Battery PCB Board for Sloar Street Light
3S 4S 8S 15S 16S 12V 24V 48V lifepo4 Battery BMS for Temperature Control Balanced Lamp
60V 300A Lithium BMS Board for Passenger Car
300V 500A Lithium BMS Board for Electric Buses
600V 600A Lithium Battery BMS Board for Electric Trains
12V 40Ah Lifepo4 Battery Pack Balanced BMS for Your Electric Boats
Power Tool
3S 12V Lithium BMS Battery Protection Board for Electric Drill
3S 12V Lithium Battery BMS PCB Board for Electric Screwdriver
4S 16V BMS Lithium Battery Protection Board for Electric Vehicles Garden Tools
12.8V LifePO4 BMS for Solar Generator
21V Lithium Battery BMS for Electric Chainsaw
60V 30Ah LiFePO4 Battery with BMS for Electric Lawn Mower Power Tool
Energy Storage
15S 48V 100A Master BMS Battery Energy Storage System for Telecom Base Station
Energy BMS for Solar Storage System
100A Lithium-ion BMS System for Data Center
600V Lithium BMS for Smart Grid
Smart Lithium Battery Lifepo4 BMS for Power Station
32s 102.4v 50a Lifepo4 Battery Integrated BMS for Large-scale Energy Storage Cabinet
Built-in 12V 400Ah LiFePO4 BMS for RV Battery
Home Energy StorageBMS Battery Protection Board
Light EV
16s 18s 19s 20s 21s 24s 72v 80a 120a Lithium Lifepo4 BMS for Golf Car
Waterproof BMS Battery Circuit Board for Elderly Scooter
12v 4s 20a Lifepo4 BMS Board with Balance for E-Motorcycle
7s 24v 150a Liion Bms for E Forklift
20a Li-ion 60v 16s Lithium Battery Pack BMS for E-bike
BMS Battery Management System Embedded in Your E-motor Bike
BMS PCB Board for electric Tractor
BMS Battery protection module PCM for Mine Vehicles
Consumer Electronics
14.8v 4s 10a PCB PCM BMS with Temperature Sensor and Balancing for Smartphone Battery Board
3s 4s 150a BMS Battery Protection Module for Drones
4S 14.8V 16.8V 12A BMS Lithium Battery Protection Board for Laptop battery
4s 14.8v16.8v 20a Li-ion BMS PCM Protection Board for Electric Toys
Battery Protection Board BMS for Electric Street Sweeper
3S 12A 11.1v 12.6V Lithium BMS Protection Module for Electric Vacuum Cleaner
Public Utilities
3S 4S 11.1V 14.4V BMS with 3A~10A Lithium Battery PCB Board for Sloar Street Light
3S 4S 8S 15S 16S 12V 24V 48V lifepo4 Battery BMS for Temperature Control Balanced Lamp
Automotive
60V 300A Lithium BMS Board for Passenger Car
300V 500A Lithium BMS Board for Electric Buses
600V 600A Lithium Battery BMS Board for Electric Trains
12V 40Ah Lifepo4 Battery Pack Balanced BMS for Your Electric Boats
Industrial
BMS Battery Protection Board As Per Different Categories
Lithium Battery Protection Board
Perfect for lithium-ion and lithium-polymer batteries, ensuring efficiency and safety in applications like smartphones, laptops, and electric vehicles.
Lead Acid BMS
Ideal for lead-acid batteries, enhancing performance and durability in applications like cars, motorcycles, and backup power systems.
Nickel BMS
Suitable for nickel-cadmium or nickel-metal hydride batteries, regulating current and voltage in applications like toys, cameras, and cordless tools.
BMS for Specialty Chemistry
Customized for uncommon or novel cell chemistries, adapting to specific needs and characteristics in applications like medical devices, military equipment, and renewable energy storage.
Low voltage BMS
Designed for lower voltage systems, typically below 60 volts, include levels such as 6v, 12v, 24v, and 48v. It enhances battery performance in consumer electronics and portable devices.
High Voltage BMS
Tailored for elevated voltage systems from 60V to 1500V , ensuring precision control for large-scale energy storage and industrial equipment.
For battery packs that have a large number of cells connected in series, such as special vehicles or mobile charging cars. Allows flexible configuration and customization.
Low Current BMS
For low-power applications, such as power banks or flashlights. Handles small currents, offers basic functions and protections.
High Current BMS
For high-power applications, such as EVs or ESS. Handles large currents, offers advanced functions and protections.
Centralized BMS
A single central control unit manages all aspects of battery management. Suited for smaller-scale applications, simplifying control and reducing complexity.
Distributed BMS
Multiple independent BMS units manage subsets of battery cells, coordinated by a central controller. Ideal for large battery packs in applications like electric vehicles.
Hybrid BMS
Combines distributed and centralized elements. Multiple BMS units manage modules, supervised and coordinated by a central controller, offering scalability and control balance.
Modular BMS
Flexible and adaptable battery management with a modular design, suitable for diverse system architectures, including distributed, centralized, or custom configurations.
Master-Slave BMS
A master and slaves monitor and control the battery pack. Each slave measures the voltage, current, and temperature of a few cells, while the master handles the computation and communication. Good for high-power applications and flexible energy management.
Parallel BMS
Efficiently manages battery cells/modules connected in parallel configurations, ensuring even distribution of currents. Ideal for applications needing increased capacity or current handling.
Series BMS
Designed for overseeing battery cells/modules connected in series, it maintains balanced voltage and prevents individual cell overcharging or over-discharging. Suited for applications requiring higher overall voltage.
Active Balancing BMS
Employs active components to actively redistribute energy between cells for efficient voltage balance, ideal for energy-efficient applications.
Passive Balancing BMS
Uses passive components to equalize cell voltages during charging, suitable for applications where energy efficiency is less critical.
Hybrid Balancing BMS
Combines passive and active balancing for a balanced approach that optimizes efficiency and effectiveness.
Bluetooth BMS
Allows users to connect directly to the BMS using a Bluetooth-enabled device, such as a smartphone or tablet, for monitoring and control.
IoT Based Battery Management System
Transmit battery data to remote servers or cloud platforms, enabling real-time monitoring, analysis, and control from anywhere with an internet connection.
Cloud Connected BMS
Connects the BMS to a cloud-based virtual BMS for advanced analytics, prediction, and optimization of battery performance.
Key Features of Battery Management System
How Does Battery Management System Work?
Battery monitoring
The BMS constantly monitors the battery pack’s voltage, current, and temperature through sensors connected to the battery pack. It also measures the State of Charge (SOC) of the battery pack.
Battery protection
If any parameter exceeds the safe operating limits, the BMS takes protective action. For example, if the voltage exceeds the maximum limit, the BMS will stop the charging process to prevent overcharging. Similarly, if the temperature exceeds the safe range, the BMS will reduce the charging current to prevent damage to the battery.
Balancing
If the BMS detects that the battery pack’s individual cells have different voltages, it uses a balancing circuit to equalize the voltage between the cells, extending the battery pack’s lifespan.
Data communication
The BMS communicates with other systems and devices, such as the vehicle control system, charging system, and other electrical loads. The data exchange enables the BMS to regulate the battery’s charging and discharging current, providing the desired power output for the connected loads.
User interface
Some BMS systems come with a user interface that displays information about the battery pack’s status, such as SOC, battery voltage, temperature, and fault diagnosis codes.
Components of Our Battery BMS System
Not only do we manufacture battery protection boards, but all the electronic components involved in smart BMS battery managemet can be sourced from MOKOEnergy.
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Battery Protection Board
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Battery Monitor
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Battery Management ICs
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Battery Controller
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Battery Balancer
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Communication Module
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Remote Monitoring System
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Battery Pack
Also known as the Battery Protection Circuit Module(PCM), is the core component of the battery management system, used to monitor and protect the battery, prevent over-charge, over-discharge, short circuits and other faults.
Used to monitor battery voltage, current, temperature, SOC and SOH, and then feedback to the BMS controller in real-time to help the controller make correct control and protection decisions.
Monitor battery voltage, current, temperature and other parameters, and transmit these parameters to the central processing unit.
Used to control battery charging and discharging, which can be achieved by controlling the charger and discharger.
This device balances the capacity of battery packs by transferring charge from batteries with a high voltage to batteries with a low voltage.
Transmit data from the BMS to electric vehicles or other devices, and receive instructions from these devices.
Remotely monitors and controls the battery management system over the Internet to discover battery faults and anomalies in time, ensuring battery safety and reliability.
Supply power, such as lithium batteries or supercapacitors, to ensure the normal operation of the BMS system.
Why Choose MOKOEnergy BMS
Modularity & Scalability
Any number of battery cells can be connected in series or parallel.
Compatibility
Compatible with any lithium-ion cell type and format
Custom Solution
Offer a combination of stability, agility, and flexibility as per customers’ requirements.
Series Connection
The maximum series connection can be up to 32 series.
Performance
In-depth knowledge of BMS host applications and features, design optimization for manufacturability, DFM, DFT, reliability, and TCO.
Turnkey BMS Solution
Offers one-stop services including OEM, ODM, and DFM services as a turnkey supplier of BMS design, integration, components, assembly, and testing.
Quality
Proprietary ATE, integrated programming, calibration, and functional testing. Comply with CGP/ITAR and other certifications.
Time-to-Market
Reduce time to market by leveraging an existing portfolio of mature and highly engineered BMS solutions.
Each BMS Board is 100% Tested with Automatic Tester
Our All-in-one Service
Fully integrated R&D, design, supply chain, manufacturing, automated testing, and applications support.
PCB Design & Manufacturing
Provides PCB board design and manufacturing services as an OEM, ODM and DFM manufac-turer to ensure the reliability and performance of BMS.
Component Procurement
Help customers to purchase the components required by BMS, including chips, resistors, capacitors, etc.
Assembly
Our services include PCB assembly, component assembly and welding for our customers.
Software Development
Software is provided to monitor and control the status of the battery to ensure the performance and stability of the BMS.
Mechanical Engineering
Provides CAD/CAM,CNC,3D printing, Molding, and Enclosure manufacturing.
Experimental Testing
Provide testing services such as debugging, rework, in-house testing, high and low-temp-erature testing, temperature humidity testing and EMI testing.
Quality Control
Perform functional testing and certification for each component of BMS, including AQL inspection, ISO9001:2015, ISO13485, ROHS, UL, CE, FCC, RoHS, etc.
Packaging and Logistics management
Help customers to manage BMS logistics, including material purchase, inventory manage-ment, transportation, and delivery.
Customer Service
Provide timely technical support and customer service to solve customers' questions and other needs regarding BMS products.
FAQs of BMS Battery Management System
A Battery Management System (BMS) is an electronic system that monitors and manages the charging and discharging of batteries. It helps to extend the life of the battery, prevent overcharging and undercharging and ensures safe and efficient operation.
The main components of a smart battery management system include a microcontroller, sensors, relays, battery balancers, and communication interfaces.
A BMS battery management solution can manage various types of batteries, including lead-acid, lithium-ion, nickel-cadmium, and nickel-metal-hydride.
Yes, a BMS can communicate with other devices, such as chargers, inverters, and monitoring systems, using various communication interfaces like CAN, RS232, or Bluetooth.
The calibration frequency of a Battery management system depends on the manufacturer’s recommendation and the application. In general, it is recommended to calibrate a BMS every six months to maintain its accuracy and reliability.
Some common BMS faults include incorrect battery voltage readings, overcurrent protection faults, communication errors, and temperature sensor failures.
There are several communication types for smart battery management system, including CAN bus, Modbus, Ethernet, and Wi-Fi.
Yes, a BMS can help improve battery performance by ensuring that the battery is charged and discharged at the correct rate and preventing overcharging and overheating.
The lifespan of a smart BMS system depends on several factors, including the quality of the components and the frequency of use. On average, a battery BMS system can last between 5-10 years.
It depends on the application. For small-scale applications with only one or two batteries, a BMS may not be necessary. However, for larger-scale applications with multiple batteries, a BMS is recommended for safe and efficient operation.
Yes, a BMS battery management system can help prevent battery fires by monitoring the battery’s temperature and preventing it from overheating.
Based on the Topology, the battery management system can be classified into Centralized BMS Architecture, Modular BMS Topology, Primary/Subordinate BMS, and Distributed BMS Architecture
