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Battery Management System for Electric Vehicle | MKBMS Master Board with Slave Board Set - MAXKGO

Name: Battery Management System for Electric Vehicle | MKBMS Master Board with Slave Board Set - MAXKGO
Brand: MAXKGO
SKU: BMSZCMITZ
Price: 338.98 USD
Availability: InStock

MAXKGO

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MKBMS is based on the modular BMS of LTC68XX and STM32 MCU, and is connected to one or more slave boards and integrated integrated boards of different sizes through the ISOSPI interface. The modular BMS can be configured for various applications with battery voltages within 150V.

MKBMS is developed based on the open source materials of DieBieMS and ENNOID BMS. Currently MKBMS is compatible with ENNOID firmware. Here, a special thanks to the developers of open source BMS materials.

Maybe you need more MKBMS options: https://tinyurl.com/d5favyaf

MKBMS MASTER BOARD ( MKBMS-LV MASTER MINI ) FEATURES:

With charger voltage measurement, humidity sensor, isolated on-board 5V power supply for isolating CAN bus interface and USB Type-C
30V to 150V operation
Voltages measurements for load & battery pack
Bi-directional current monitoring (up to 2500A pulsed, 500A continuous)
Isolated charger detection circuit
Isolated CAN bus interface
Daisychain Master/Slave ISOSPI communication
Single PCB pattern for bolt-on contactor
It can internal power supply or external power supply voltage is 12V
Integrated predischarge circuit
USB & serial interface for configuring and firmware upgrades with the ENNOID-BMS-Tool
OLED display output
ON/OFF toggle switch input
SWD burn debugging or update firmware interface

MKBMS SLAVE BOARD (LTC6811-12W-AL) FEATURES:

MKBMS slave board is made of aluminum base plate, which has better heat dissipation effect.
Scalable & isolated 1000VDC+
Compatible with MKBMS Master boards
From 5 to 18 cell levels monitoring per board
Daisychain Master/Slave ISOSPI communication
Parameters fully programmable through an easy to use graphical user interface
33 ohm balance resistors (0.125A capacity) on all channels
Self powered by monitored cells
1.2mV accuracy, -40 to 120C operation
Extra low power consumption (Sleep mode = 6uA)
Molex SL horizontal connectors for balance & temperature. (Comes with male, female + crimps)

Variant:
LTC6811 : Up to 12 cells voltage monitoring & 1+4 temperature sensors* per slave
LTC6812 : Up to 15 cells voltage monitoring & 1+8 temperature sensors* per slave

LTC6813 : Up to 18 cells voltage monitoring & 1+8 temperature sensors* per slave

*The first temperature channel is used by slave board itself.

The following 4 or 8 temperature sensors are not in the package lists

but means an interface to connect 4 temp sensors at most

or to connect 8 temp sensors at most.

Pack configuration examples:

MKBMS monitoring 23S pack :

2 x LTC6811-12S : 12S + 11S ( Optimal)
2 x LTC6812-15S : 12S + 11S (Two slaves partially loaded)
2 x LTC6813-18S : 12S + 11S (Two slaves partially loaded)

MKBMS monitoring 27S pack :

3 x LTC6811-12S: 9S + 9S + 9S (Three slaves partially loaded)
2 x LTC6812-15S: 14S + 13S (Optimal)
2 x LTC6813-18S: 14S + 13S (Two slaves partially loaded)

MKBMS monitoring 29S pack :

3 x LTC6811-12S: 10S + 10S + 9S (Three slaves partially loaded)
2 x LTC6812-15S: 15S + 14S ( Optimal)
2 x LTC6813-18S: 15S + 14S (Two slaves partially loaded)

MKBMS monitoring 30S pack :

3 x LTC6811-12S: 10S + 10S + 10S (Three slaves partially loaded)
2 x LTC6812-15S: 15S + 15S ( Optimal)
2 x LTC6813-18S: 15S + 15S (Two slaves partially loaded)

MKBMS monitoring 35S pack :

3 x LTC6811-12S: 12S+12S+11S (Good)
3 x LTC6812-15S: 12S+12S+11S (Three slaves partially loaded)
2 x LTC6813-18S: 18S + 17S (Optimal choice)

*For uneven cell count in series, only the last slave board in the daisy-chained loop should have one cell less connected than the other slaves. Ex: 39S = 10S + 10S + 10S + 9S

battery management system master board for e-car

MKBMS battery management system implements the following functions:

1. Current and voltage protection: protect the battery pack from overcharge and overdischarge, thereby extending the cycle life.

2. Battery health monitoring: monitor the internal resistance of a single battery and the monitoring capacity of the battery pack.

3. Thermal management: Overheating and under-temperature protection.

4. Support batteries: Li-Ion, Li-Polymer, Li-Phosphate

5. Intelligent battery balance: passive balance

6. Field programmable

7. Current limit calculation

8. Fully programmable CANBUS interface, programmable structure of all CAN messages

9. Drift state of charge

10. Reliability, speed and accuracy

11. Integration with other devices

12. Multiple BMS units connected in series

13. Current sensor support

14. Isolation from fault detection

15. Automotive grade design, automotive grade locking connector

16. Software for data logging and programming

MKBMS can be roughly divided into three aspects: automobile, industry, and consumption:

1. Electric vehicles;
2. Electric patrol car;
3. Scenic sightseeing car;
4. Handling robots;
5. Automatic forklift;
6. Electric bicycles;
7. Electric skateboard;
8. Electric tools;
9. Consumer robots, etc.