EPP’s Post

HIL simulation’s crucial role in the 800 V EV transition – Charged EVs Sponsored by Pickering Interfaces. The next power architecture of choice for EVs is 800 V, which requires components to be suitably rated and more durable than their 400 V counterparts. However, most test equipment used for 400 V EV system development can be re-used for 800 V if it can handle the higher voltages, making https://lnkd.in/gp6kniGW

🔋 Exploring Battery Management Systems (BMS) with Simulink 🚗 If you're in the world of battery management or electric vehicles, you know the critical role BMS plays in safety, efficiency, and performance. 📊 The recent document I studied, Developing Battery Management Systems Using Simulink, provides a comprehensive look into leveraging Simulink for modeling, simulating, and verifying BMS architectures. Highlights include: 🔧 BMS Architecture Development: A detailed overview of building both hardware and software interfaces. ⚡ Battery Cell Modeling: How to develop accurate models based on SOC, temperature, and more. 💻 Real-Time Testing & HIL: Testing with real cells or emulated ones through Hardware-In-Loop (HIL) setups, reducing risks and development time. 🚗 Applications in Electric Vehicles: Insights into electric powertrain modeling and integration. If you’re looking to streamline your BMS design with model-based development and simulation, I highly recommend diving into this resource. It offers valuable techniques for improving everything from SOC estimation to fault detection. 🛠️ #BatteryManagementSystem #Simulink #ElectricVehicles #BMS #ModelBasedDesign #Engineering #MathWorks

MathWorks Senior Product Marketing Manager shares how advanced modeling and simulation are altering BMS design and safety in Power Electronics News interview. #simulation #electrification https://spr.ly/6047v92L9

🚗How to accelerate your EV development? The next frontier in accelerating EV product development brings the ability to use virtual plant models and actual controller algorithms to perform early-stage requirement verification in a #simulation environment. The frontloading of virtual integration, testing, and validation of critical performance metrics, including range, power, and acceleration, necessitates the fast and accurate plant models required for system-level studies. In this blog, we explore how the Ansys Twin Builder simulation-based digital twin platform can be used for virtual validation and help speed #EV technology to market that satisfies automotive manufacturing requirements: https://ansys.me/3VZTHzb

MathWorks Senior Product Marketing Manager shares how advanced modeling and simulation are altering BMS design and safety in Power Electronics News interview. #simulation #electrification https://spr.ly/6040QFJts

MathWorks Senior Product Marketing Manager shares how advanced modeling and simulation are altering BMS design and safety in Power Electronics News interview. #simulation #electrification https://spr.ly/6048a5ABA

MathWorks Senior Product Marketing Manager shares how advanced modeling and simulation are altering BMS design and safety in Power Electronics News interview. #simulation #electrification https://spr.ly/6047vIMCH

MathWorks Senior Product Marketing Manager shares how advanced modeling and simulation are altering BMS design and safety in Power Electronics News interview. #simulation #electrification https://spr.ly/6046vpV70

As #EV technology develops, conventional hardware testing techniques are sometimes unable to satisfy the high levels of dependability and performance needed. Here is where#modeling and #simulation find use. #BMS

MathWorks Senior Product Marketing Manager shares how advanced modeling and simulation are altering BMS design and safety in Power Electronics News interview. #simulation #electrification https://spr.ly/6049v2HrB