E-MOBILITY TESTING WORLDWIDE
THE POWERFULL THE PRECISE THE DURABLE THE HIGH QUALITY
BATTERY CELL SIMULATOR
MADE BY COMEMSO
BCS TABLETOP
IMPORTANT FACTS
- MAKE IT MODULAR
Expand your components at any time
- TAKE CONTROL
Open interfaces (CAN and EtherCAT) for BCS control
- MEASURE WITH HIGH ACCURACY
High precision at the whole voltage range
- TEST AND OPTIMIZE YOUR ALGORITHMS
For active and passive balancing + safe, automated, reproducible
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BATTERY CELL SIMULATOR
ALL YOU NEED TO KNOW
Electromobility is on the rise worldwide, and with it the research and development of battery management systems is becoming increasingly important.
Whether your focus is on testing or improving algorithms for active or passive balancing, you want to increase the range of your electric vehicle or optimize the long-term stability of battery cells: we offer solutions to all your requirements with our modular and highly customizable products.
By using our product, you ensure that you develop a safe, energy-efficient and durable product with long range and a reliable indication. Regardless of their size, all our systems can be configured as end-of-line variants for continuous operation and highest precision. We also offer hardware-in-the-loop systems that can significantly accelerate your BMS development, including testing.
MADE FOR RESEARCH & DEVELOPMENT
- Sophisticated safety concept with upgradable emergency stop circuit
- Completely scalable systems with a wide range of features
- Direct connection to the device under test (DUT) with cable sets for optimum precision and minimum interference
- Customer-specific adaptations with flexible external connections
- Test processes can be controlled with an external PC via can or EtherCAT
- High reliability and robust design including a 3-year guarantee
TECHNICAL DATA
- Virtual battery cells, which electrically simulate real cells, can be parameterised in all properties
- All necessary states can be provided to the BMS at cell level in a highly precise and dynamic manner
- Static tests can be carried out for the extensive validation of balancing algorithms and safety mechanisms, including combinatorics of multiple faults
- In addition, we offer dynamic tests using integrated, differently parameterised comemso battery models on each cell or already connected MATLAB models for testing state of charge (soc), state of health (soh) and log functions of the BMS
- The electrical emulation of virtual battery cells enables the user to perform not only comprehensive but also safe, reproducible and fully automatic tests of the BMS
- With the open interface for different software toolkits, comemso offers flexible options for different customer needs and powerful, ready-to-use test systems with very short training times