Thermal Engineering
Master your thermal challenges with EPSYL’s expertise.
With over 30 years of experience and the support of the ALCEN Group, EPSYL’s MMP division turns your physical constraints into performance drivers.
Through an approach combining advanced numerical simulation and test correlation, we operate on complex systems at all scales, from electronic components to complete satellites.
Thermal Engineering
Master your thermal challenges with EPSYL’s expertise.
With over 30 years of experience and the support of the ALCEN Group, EPSYL’s MMP division turns your physical constraints into performance drivers.
Through an approach combining advanced numerical simulation and test correlation, we operate on complex systems at all scales, from electronic components to complete satellites.
Space thermal engineering
Historically specialized in this field, our division has mastered the extreme space environment. We support the entire lifecycle of your projects (PDR, CDR, predictions, and test correlations).
-
- Comprehensive expertise: Thermal sizing of satellites, antennas, reflectors, and rovers (e.g., MMX Rover).
- Advanced analysis: Identification of thermal “worst-case” scenarios and use of reduced models to ensure the integrity of your equipment.
- Reference tools: Full mastery of industry standards and tools (Systema, ESATAN, NX).
Electronics thermal engineering
The miniaturization and increasing power of components require rigorous thermal management to ensure the lifespan of your equipment. We optimize the cooling of your systems, from PCB level to full electronic enclosures.
-
-
- Multi-scale: Detailed characterization of components (thermal resistances), analysis of board stacks, and modeling of enclosures.
- Performance & Durability: Sizing of cooling technologies (natural or forced convection) and lifespan estimation (e.g., fatigue of BGA solder joints).
- Dedicated tools: Use of specialized solvers such as FloTHERM and NX.
-
General & Industrial Thermal Engineering: Optimizing your processes
Beyond aerospace, our expertise applies to all industrial challenges involving complex heat transfer and multiphysics coupling.
-
- Diverse applications: Our engineers work on a wide range of topics, including industrial drying processes (e.g., bricks), nuclear package ignition analysis, and thermal analysis of refrigerated trucks and waveguides.
- Systems approach: We model fluid-structure interactions and transient phenomena to optimize your equipment, whether solar sensors or heat exchangers.
The + EPSYL: The power of in-house software. Our strength also lies in our LSI (Industrial Scientific Software) division, which develops high-performance post-processing tools (such as T2P). This enables us to compare hundreds of simulation cases in record time and deliver results with unmatched precision.