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The HEV Battery Management Testing System is a powerful, versatile and modular system designed specifically to test and evaluate the performance of hybrid electric vehicle (HEV) batteries.
It consists of a comprehensive suite of hardware and software components which can be used to simulate and monitor a variety of real-world driving conditions.
The system is designed to provide accurate and reliable testing results which can be used to evaluate battery performance, analyze system components and optimize the powertrain design for maximum efficiency.
The system includes an advanced real-time control unit, a data acquisition system, a battery model, and a 3D visualization module. The real-time control unit is used to simulate various driving conditions and to record the exact performance of the battery.
The data acquisition system is used to monitor and record the values of various parameters, such as voltage, current, temperature, and state of charge.
The battery model is used to simulate the dynamic behavior of the battery under various conditions. Lastly, the 3D visualization module allows for a comprehensive overview of the system operation.
The HEV Battery Management Testing System provides a powerful and reliable platform for testing and evaluating the performance of HEV batteries under realistic conditions.
It can help to optimize the design of powertrains and ensure the safety and reliability of HEVs. Additionally, the system can be used to investigate the behavior of battery cells and systems, and to detect any potential issues early and efficiently.
The Global HEV Battery Management Testing System market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Comemso unveiled a comprehensive new graphical interface for parameterization and visualization of the battery management system (BMS) test process along with a modular system solution for testing BMSs. An electric vehicle’s (EV) battery management system (BMS) is an essential part that keeps track of the battery’s condition and level of charge to increase the EV range.
Because BMS designs are intricate and vary depending on the manufacturer, it is necessary to streamline the BMS’s development and testing process to accelerate time to market. Comemso and Texas Instruments show in a pilot project how a BMS can be fully developed and tested using a Comemso BMS test system, based on a development platform from Texas Instruments (TI). Developers can now monitor and control every aspect of the EV BMS development platform from TI and Comemso’s BMS test platform with cell emulation in a single view thanks to the new graphical user interface.
As a result of this project, TI’s development platform and Comemso’s modular, expandable BMS test bench offer a starting point for BMS development and testing. Finally, the test engineer is presented with a combined visualization of the graphical operating and display parameters of both areas. The benefits of this project for BMS developers and manufacturers include significant time and cost savings during the development and test phase, as well as the elimination of numerous obstacles and unknowns in the project and development planning.
