---
title: Electric Vehicle Liquid Cooling Case Study
description: Jetcool's electric vehicle liquid cooling enables inverters with 2X the current density, ½ the SiC/GaN area, and an increased mean time to failure (MTTF).
image: https://info.jetcool.com/hubfs/Electric%20Vehicle%20Image-1.png
---

[![JetCool_Flex_White Blue White](https://info.jetcool.com/hs-fs/hubfs/JetCool_Flex_White%20Blue%20White.png?width=397&height=163&name=JetCool_Flex_White%20Blue%20White.png "JetCool_Flex_White Blue White")](https://jetcool.com?hsLang=en)

# **JetCool’s Next-Generation Cooling Technology is Transforming Inverter Capacity, Efficiency, and Reliability**

Double the Power Density with a Compact Liquid Cooling System

### JetCool fills the critical gap in high-power electronics performance by leveraging proprietary microconvective cooling technology to significantly reduce the junction temperature of the integrated circuits (ICs) in power modules. This enables inverters with 2X the current density, ½ the SiC area, and an increased mean time to failure (MTTF). Using JetCool, companies take a quantum leap forward to safely run devices harder, increase efficiency and extend device lifetime. 

Remove thermally-induced performance constraints for good.

 

![Electric Vehicle Image](https://info.jetcool.com/hs-fs/hubfs/Electric%20Vehicle%20Image.png?width=426&name=Electric%20Vehicle%20Image.png)

## **Read the case study now to discover how we enable:**

● 70-100% Increase in Power Output 

● 20% Reduction in Junction Temperature

● 10X Higher Heat Transfer

● Increase MTTF of the Semiconductor

● Utilization of Existing Coolant Loop

## Read the case study now

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