Lithium-Ion Battery Pack Simulation connector -- 6

@Mahihassi

With your electrical-and-thermal simulation requirement, you need nothing short of a master in the field. Lucky for you, that's exactly what I bring to this project. My name is Sardar Hasnain, an Electrical Engineer with a Master's in Embedded Systems. I specialize in firmware development and PCB design - skills that make me aptly familiar with your need to quantify energy capacity, charge/discharge rates, thermal management, as well as battery efficiency and performance. As an engineer who thrives on delivering robust embedded solutions blending hardware, software, and intelligent connectivity to create a phenomenal final product, I am confident in my ability to carry out your project seamlessly. My deep understanding of microcontrollers and embedded systems will translate excellently to this project, as we'll harness the power of ANSYS and Abaqus to deliver accurate results and data.

@miskinarati

Hi there, I can assist with lithium-ion battery pack electrical and thermal simulation using ANSYS/Abaqus. I have experience with coupled electro-thermal analysis, battery thermal management, and safety/performance evaluation for Li-ion systems. � freelancer.com +1 Deliverables: Battery pack simulation setup Thermal and electrical performance analysis Safety evaluation under different operating conditions Detailed report with plots and recommendations Timeline and budget can be discussed based on project scope. Best regards, Arati M.

@imranshahswabi

Hello Dear I am an expert in CAD modeling and simulation with a PhD qualification and 10 years of experience. I can do this CAD modeling using ANSYS. I will provide you with the source editable Simulation files.

@DavidRajaB

Hi, I can carry out a comprehensive electrical–thermal simulation of your lithium-ion battery pack using ANSYS (with Abaqus coupling where structural effects are relevant), ensuring the model is robust, well-documented, and fully reproducible. I’ll evaluate performance metrics such as capacity, charge/discharge behavior, and thermal distribution, then simulate safety scenarios including overcharge, short-circuit, and extreme temperatures to identify risk thresholds. For lifecycle analysis, I’ll model capacity fade and thermal degradation across cycles based on validated material data. You’ll receive organized simulation files (ANSYS Workbench + Abaqus inputs), a concise PDF report with key plots and assumptions, and a one-page summary of critical insights and recommendations. I can start immediately and typically deliver within 5–7 days depending on model complexity—happy to review your data or proceed with validated public datasets.

@letswork92

I understand you need a comprehensive electrical and thermal simulation of a lithium-ion battery pack to evaluate its efficiency, safety, and longevity. This is crucial for ensuring the reliability and performance of your battery systems under various conditions. With over 12 years of experience in simulation technologies like ANSYS and Abaqus, I can deliver accurate models that address your requirements. I will meticulously analyze energy capacity, charge/discharge rates, and thermal management while also assessing safety during extreme scenarios like overcharging or short-circuiting. My approach will ensure reproducibility with clearly defined mesh quality, material properties, and boundary conditions. Deliverables will include organized simulation files, a detailed PDF report summarizing key findings, plots, assumptions, and recommendations, along with a concise one-page summary. Could you provide any specific cell data you wish to use or any preferences for the initial setup? This information would help tailor the simulation to your needs effectively.

@batuhanakkova

Hello, We talked about the simulations. I will do the thermal and weld simulations. I will try to finish in your timeline (3 days), as much as possible. Best regards, Batuhan Akkova