Solver Online·Thermal Analysis / FEA / CFD / Optimization
Take the guesswork
out of thermal management.
No matter what stage of the design process you find yourself in, ElectroThermal Design can help you determine if your product is thermally viable. Drawing from over a decade of experience generating complex thermal simulations for high-power electronics, we have refined our process down to a science.
// Approach
From rough concept
to final report.
Three reproducible phases. Each phase produces a deliverable you can sign off on, trace, and anchor to a physical measurement.
Build a Thermal Model
We take in raw ECAD/MCAD design files - STEP, ECXML, OAS, GDS, etc. and turn it into a simulation-ready thermal model.
// boundary_conditions = P_total, T_amb, v_in
Configure and Run Simulations
ETD meticulously configures each and every simulation before solving. Material properties, boundaries conditions, power sources, thermal interfaces... simulation is only as accurate as its inputs.
// solve(solid = T, fluid = Δv, ΔP)
Analyze and Report
The final deliverable is an intuitive report/presentation detailing the results and conclusions of the analysis. In-depth plots, figures, and critical data tables construct a complete thermal profile.
// results.margin.error = ±5%
// Devices we analyze
We handle all types of
power electronic devices.
The designs may vary, but the physics doesn't. ETD has deep analysis experience across a wide variety of power electronic devices.
See portfolio →- DEV.01Amplifiers▸
- DEV.02GPUs, ASICs, Semi-Conductors▸
- DEV.03Electric Motors▸
- DEV.04Generators▸
- DEV.05HPC Servers▸
- DEV.06Inductive Chargers▸
- DEV.07Power Converters▸
- DEV.08Radio Systems▸
- DEV.09RF Energy Devices▸
// Example report
What you can expect.
Upon completion you will receive an intuitive report and/or presentation detailing the results and conclusions of the analysis. Every figure is annotated, every assumption is traced, every inch of your design is thermally profiled.
ETD 1kW Concept Thermal Analysis Report.
// report = 1kW_concept, standalone_package, IR_validated
Annotated temperature map, streamline plots, settling table, and the conclusions every reviewer can quote back to the design review.
// Engage ETD
Push higher power, run cool.
Send us a brief — your product constraints, your thermal envelope, your geometries — and we'll come back with a feasibility report outlining the necessary steps to take you from concept to final product. Free of charge.