• 3-7S Universal intelligent BMS protection board
  • 7-11S Universal intelligent BMS protection board
  • 13-17S Universal intelligent BMS protection board
  • 13-16S Universal intelligent BMS protection board
  • 16-20S Universal intelligent BMS protection board
  • 13-17S (New National Standard Version - High Edge)
  • 13-17S (New National Standard Version - Low Edge)
  • 7x24 hour intelligent protection, Boshka BMS,
    making the risks of lightweight power batteries nowhere to hide!

  • Boshka Energy is committed to becoming
    a global leader in high-end lightweight power BMS

  • Promote green travel through technological innovation,
    making each battery safer, more durable, and more

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Company Profile

Boshka Energy

Boshka Energy is a high-tech enterprise specializing in the energy field, established in November 2023, and is a sister brand of Yixinwei. Its research and development center is located in Tian'an Digital City, Wujin District, Changzhou City.

The company is committed to the research and development, production, and sales of battery management systems (BMS) and coulometry products, providing first-class BMS solutions for high-end lightweight power battery users worldwide. Utilizing AI intelligent algorithms and modular design technology advantages, the company helps customers solve battery safety, lifespan, and energy efficiency issues.

We are always driven by technological innovation, constantly exploring new technologies, and providing customers with higher quality, more efficient, and more reliable products and services. In the process of enterprise development, constantly creating more value for users and society.

3-7S Universal intelligent BMS protection board

The 3-7S universal intelligent BMS protection board is designed specifically for lithium batteries and is suitable for ternary lithium, lithium manganese oxide, and lithium iron phosphate battery cells. Adopting a universal low edge (negative control) driving scheme, using MCU and AFE two in one chips, providing ultimate cost-effectiveness while offering multiple safety protections, effectively enhancing the safety of lithium battery products. Support UART communication to meet users' regular communication application needs.

7-11S Universal intelligent BMS protection board

The 7-11S universal intelligent BMS protection board is designed specifically for 25-36V lithium batteries and is suitable for ternary lithium, lithium manganese oxide, and lithium iron phosphate battery cells. Adopting a universal low edge (negative control) driving scheme, using MCU and AFE two in one chips, providing ultimate cost-effectiveness while offering multiple safety protections, effectively enhancing the safety of lithium battery products. Supports RS485 and UART communication to meet users' regular communication application needs. Optional Bluetooth module, allowing users to view and set various battery information and parameters through a mobile mini program.

13-17S Universal intelligent BMS protection board

The 13-17S universal intelligent BMS protection board is designed specifically for 48-61.2V lithium batteries and is suitable for ternary lithium, lithium manganese oxide, and lithium iron phosphate batteries. Adopting a universal low edge (negative control) driving scheme, using MCU and AFE two in one chips, providing ultimate cost-effectiveness while offering multiple safety protections, effectively enhancing the safety of lithium battery products. Supports RS485 and UART communication to meet users' regular communication application needs. Optional Bluetooth module, allowing users to view and set various battery information and parameters through a mobile mini program.

13-16S Universal intelligent BMS protection board

The 13-16S universal intelligent BMS protection board is designed specifically for 48-60V lithium batteries and is suitable for ternary lithium, lithium manganese oxide, lithium iron phosphate, sodium batteries, and other battery cells. Adopting a safer high edge (positive control) driving scheme, drawing on the architecture of automotive BMS, providing multiple safety protections, effectively improving the safety of lithium battery products. Supports RS485, UART, and CAN communication to meet various communication application needs of users. In addition to the conventional communication handshake mechanism, BMS and charger can also use patented technology of "single wire self-locking wire and identification control technology" for communication handshake, reducing costs while ensuring the safety and reliability of the charging process. Optional Bluetooth module, allowing users to view and set various battery information and parameters through a mobile mini program. In addition, by selecting GPS modules, multiple precise positioning based on LBS base stations, Beidou, GPS, etc. can be achieved, supporting remote power outages and real-time monitoring of voltage, charging and discharging current, battery cells, and other data.

16-20S Universal intelligent BMS protection board

The 16-20S universal intelligent BMS protection board is designed specifically for 60-72V lithium batteries and is suitable for ternary lithium, lithium manganese oxide, lithium iron phosphate, and lithium titanate battery cells. Adopting a universal low edge (negative control) driving scheme, drawing inspiration from the automotive BMS architecture, providing multiple safety protections, effectively enhancing the safety of lithium battery products. Supports RS485 and CAN communication to meet various communication application needs of users. In addition to the conventional communication handshake mechanism, BMS and charger can also use patented technology of "single wire self-locking wire and identification control technology" for communication handshake, reducing costs while ensuring the safety and reliability of the charging process. Optional Bluetooth module, allowing users to view and set various battery information and parameters through a mobile mini program. In addition, by selecting GPS modules, multiple precise positioning based on LBS base stations, Beidou, GPS, etc. can be achieved, supporting remote power outages and real-time monitoring of voltage, charging and discharging current, battery cells, and other data.

13-17S (New National Standard Version - High Edge)

The 13-17S intelligent BMS protection board is designed specifically for 48V new national standard batteries, meeting the design requirements of GB43854 and supporting up to 17S battery usage. Adopting a safer high edge (positive control) driving scheme, drawing on the architecture of automotive BMS, providing multiple safety protections, effectively improving the safety of lithium battery products. Supports RS485, single line serial port, and CAN communication for the entire vehicle, meeting various communication application needs of users. Supports onboard Bluetooth module, allowing users to view and set various battery information and parameters through a mobile mini program.

13-17S (New National Standard Version - Low Edge)

The 13-17S intelligent BMS protection board is designed specifically for 48V new national standard batteries, meeting the design requirements of GB43854 and supporting up to 17S battery usage. Adopting a more universal low edge (negative control) driving scheme, drawing on the architecture of automotive BMS, providing multiple safety protections, effectively improving the safety of lithium battery products. Supports RS485, single line serial port, and CAN communication for the entire vehicle, meeting various communication application needs of users. Supports onboard Bluetooth module, allowing users to view and set various battery information and parameters through a mobile mini program.
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Industry Solutions

The intelligent BMS developed by the company is widely used in various light power battery fields, such as light electric vehicles: new national standard electric bicycles, electric motorcycles, scooters, balance bikes, Ebikes, and tricycles. At the same time, it is also highly favored by customers in small household storage and other fields.

Industry Solutions

  • Real time monitoring

    It can monitor the temperature, voltage, and current parameters of the battery in real time and transmit the data to the user, so that the user can timely understand the status of the battery and take corresponding measures.

  • Log management

    Equivalent to the "black box" function of an aircraft, it can classify and store battery alarms and operational data for later extraction and use in operational fault analysis, value data extraction, residual value estimation of battery cells, and a series of other functions.

  • intelligent management

    Intelligent management of battery usage, including automatic balancing, automatic sleep, and other functions, improves battery utilization and lifespan.

  • SOX Accurate Estimation

    A lot of research has been conducted on the SOX algorithm, which can achieve accurate measurement of SOC and statistical analysis of SOH health status. The nominal capacity and SOC-OCV value of the battery pack can be set through the upper computer, and the capacity can be automatically learned after a complete charge and discharge cycle. It can also achieve voltage balance during charging and static processes.

  • security guarantee

    Multiple safety measures have been adopted, including over temperature protection, over-voltage protection, over-current protection, and wire breakage protection, to ensure the safety of the battery during use.

  • intelligence
  • Software and hardware can be customized
  • stability
  • secure
  • Featured Features
  • Core Features