Lithium-Ion Battery Pack Simulation connector -- 4

₹1500-12500 INR

Closed

Posted 7 days ago

₹1500-12500 INR

Paid on delivery

I need a complete electrical-and-thermal simulation of a lithium-ion battery pack using ANSYS and, where structural coupling is useful, Abaqus. The study must cover three key areas: • Efficiency & Performance – please quantify energy capacity, charge/discharge rates, and thermal management across the full operating window. • Safety Under Various Conditions – test overcharging, short-circuiting, and extreme-temperature scenarios to identify risk points and safe operating limits. • Longevity & Lifecycle – project capacity fade and thermal degradation over repeated cycles. You may build the model from publicly available cell data or adapt one I supply once we start. Mesh quality, material properties, and boundary conditions should be clearly stated so the work is reproducible. Deliverables: 1. Sim files (ANSYS Workbench project, any Abaqus input decks) in a neatly organised folder. 2. A brief PDF report—figures, key plots, and a concise discussion of results, assumptions, and recommendations. 3. A one-page summary highlighting critical findings and next-step suggestions. I’m happy to answer questions quickly so you can keep momentum. Let me know your expected turnaround time and any comparable simulations you have completed.

Engineering

Mechanical Engineering

Electrical Engineering

Chemical Engineering

Finite Element Analysis

Battery Charging and Batteries

Project ID: 40418643

About the project

3 proposals

Remote project

Active 14 hours ago

Looking to make some money?

Email address

Benefits of bidding on Freelancer

Set your budget and timeframe

Get paid for your work

Outline your proposal

It's free to sign up and bid on jobs

3 freelancers are bidding on average ₹6,667 INR for this job

@davida0622

Hello, I can deliver a fully coupled electro-thermal battery pack simulation using ANSYS (Workbench/Fluent) with optional structural coupling in Abaqus where required. The model will include detailed cell-level behavior (electrical performance, heat generation, and dissipation), validated material properties, and mesh-independent results. Scope coverage: • Efficiency: capacity, C-rates, thermal gradients across operating range • Safety: overcharge, short-circuit, and extreme temperature scenarios • Lifecycle: degradation trends and capacity fade modeling over cycle You will receive: Clean, well-structured simulation files (ANSYS + Abaqus input decks) Concise PDF report with plots, assumptions, and insights One-page executive summary with recommendations All boundary conditions, material data, and meshing strategy will be documented for reproducibility. I can adapt to your provided cell data or use validated public datasets. Estimated turnaround: 10–14 days depending on complexity. Happy to discuss details and start immediately.

₹3,000 INR in 7 days

0.0

(0 reviews)

0.0

@davida0819

Hi, I specialize in electro-thermal simulations and can build a high-fidelity lithium-ion battery pack model in ANSYS, with Abaqus coupling if structural effects are needed. I’ll deliver: • Accurate performance metrics (capacity, efficiency, thermal behavior) • Safety analysis (overcharge, short circuit, extreme temperatures) • Lifecycle predictions (capacity fade, thermal degradation trends) Outputs include: ✔ Fully organized simulation files ✔ Clear PDF report with key plots & insights ✔ One-page summary with actionable recommendations The model will be fully reproducible with defined mesh quality, material properties, and boundary conditions. Timeline: ~10 days (can adjust based on your dataset). I’m ready to begin and can quickly incorporate your inputs.

₹5,000 INR in 5 days