EV Battery Thermal
EV battery thermal case study covering cooling-path assessment, cell temperature uniformity, cold-plate review, pressure drop, and thermal safety margins.
Engineering Context
Battery packs must control maximum cell temperature, cell-to-cell delta temperature, pressure drop, coolant distribution, and contact resistance across multiple operating cases. Thermal simulation helps teams evaluate these tradeoffs before physical testing becomes expensive.
Simulation Approach
PANSOFT Services can build a CFD or conjugate heat-transfer workflow around coolant flow rate, heat-generation assumptions, cold-plate geometry, thermal interfaces, and pack packaging limits. KPI extraction turns contours into actionable comparisons between design variants.
Engineering Outcome
The deliverable can rank cooling concepts, show hotspot causes, quantify pressure-drop penalties, and recommend geometry or operating changes. The same workflow can be automated for future variant studies and design updates.
PANSOFT Capability
This case showcases CFD, thermal analysis, EV product engineering, and automation-ready reporting for battery thermal management.