Service Provided
Firmware Development
- Board bring up and drivers development for balancing ICs
- Balancing algorithm
- Communication protocol development and documentation
- Low power management in existing boards.
- Precise cell monitoring and regular update of the data.
Hardware designing
- Research for the different lithium Ion batteries and balancing techniques.
- Component selection and Schematic entry of the board
- PCB and Layout designing
Board bring and validation of the hardware. - CE certification support.
Software designing
- Wifi-based basic server development for the designing and production of devices.
- Basic hardware test application through CAN protocol.
Challenges
- Active balancing of Lithium batteries with different voltage ranges.
- Balancing algorithm for multiple BMS systems in series.
- Communication mechanism for series connection of BMS systems.
- Typical PCB dimension with respect to electronics and mechanical enclosure design.
Technology Used
- Active balancing of cells, Cells monitoring, Wifi, STM32L, CAN, RS485.
Industry Application
- Battery Management System(BMS), Automobile and Solar power system
Electrobit Engineering Team
Our hardware, firmware and software engineers design embedded products for OEMs across the United States, from concept to production.
On this page
Need an embedded product engineering partner?
From concept to production, with an NDA before discovery.
Related articles
Embedded Product Engineering for Consumer Electronics
Consumer devices must be small, low-cost, low-power and certified. Here is how embedded product engineering makes that possible.
Benefits of Embedded Product Engineering Services
Eight practical ways an experienced embedded engineering partner helps OEMs launch faster, spend less and support products for longer.
Embedded Product Engineering vs Product Design
Product design and embedded product engineering are often confused. Here is what each one covers and how they work together.
Embedded Product Engineering Process: 6 Key Stages
A clear, stage-by-stage look at how an embedded product moves from idea to mass production, and what to check before each step.
