Discover the best thermal management solutions—liquid cold plates, advanced cooling systems, and simulation-driven designs for EVs, aerospace, and power electronics.

As electronic systems get smaller and more powerful, overheating has become a major challenge. In electric vehicles (EVs), aerospace, and industrial electronics, thermal management plays a critical role in ensuring safety, reliability, and performance.

Traditional cooling methods like fans and heat sinks are no longer enough. That’s where advanced thermal management solutions—including liquid cold plates—step in.

Great engineering is not just about connecting circuits, but about connecting efficiency, reliability, and innovation into every layer.

Why Thermal Management Matters

• Prevents overheating of sensitive electronics

• Extends battery and component lifespan

• Improves safety in high-voltage applications

• Enhances efficiency by reducing power losses

• Supports higher power density designs in EVs and aerospace

Without proper cooling, systems face premature failure, reduced efficiency, and safety risks.

Key Thermal Management Solutions

1. Liquid Cold Plates (LCPs)

Liquid cold plates use coolant to absorb and transfer heat efficiently. At Incresol, we design simulation-driven LCPs with:

• FS welded or copper tube pressed designs

• Low thermal resistance

• Proven durability under harsh conditions

• Custom layouts for EV batteries, inverters, and aerospace systems

2. Heat Sinks

Still used in many designs, extruded and bonded-fin heat sinks are effective for lower-power applications where space allows.

3. Thermal Interface Materials (TIMs)

TIMs fill air gaps between surfaces, improving heat transfer between chips, modules, and cooling devices.

4. Advanced Simulation

Using tools like ANSYS Fluent, we validate designs virtually—reducing prototyping costs and ensuring reliable performance.

Applications Across Industries

• Automotive & EVs – Battery cooling, inverter modules, charging stations

• Aerospace & Defense – Avionics, radar systems, power converters

• Renewable Energy – Solar inverters, wind turbine converters

• Medical Devices – Imaging systems (MRI, CT scanners)

• Industrial Electronics – UPS, drives, and automation systems