CARRAR

Company Overview

Snapshot

Founded in May 2019 by Erez Freibach, CARRAR operates with 11–50 employees. The company has secured $9.9M in total capital across 5 funding rounds from 6 investors.

Business overview

CARRAR develops next-generation battery systems for electric mobility across automotive, marine, and commercial platforms, as well as for the rapidly growing Battery Energy Storage Systems (BESS) market. The company's core innovation is a proprietary two-phase immersion cooling architecture designed to deliver zero thermal runaway, enhanced safety, superior thermal management, and higher performance. CARRAR's cell-agnostic solutions are compatible with leading global manufacturers, enabling flexible integration and optimized system efficiency, addressing the increasing demand for reliable, high-performance energy storage in the Energy Tech and Smart Mobility sectors.

Strategic signal

In May 2023, CARRAR announced a collaboration with Gentherm to deliver robust two-phase immersion thermal management for Electric Vehicle (EV) battery modules. This partnership signals a significant step in validating CARRAR's technology within the automotive industry, indicating potential for broader adoption and enhanced performance standards for EV batteries.

Company Intelligence Q&A

What is CARRAR's core technology?

CARRAR's core technology is a proprietary two-phase immersion cooling architecture designed for battery systems. This innovation aims to provide zero thermal runaway, superior thermal management, and enhanced safety for electric vehicle and battery energy storage applications.

When was CARRAR founded?

CARRAR was founded in May 2019 by Erez Freibach.

What strategic partnership did CARRAR announce in May 2023?

In May 2023, CARRAR joined forces with Gentherm to deliver robust two-phase immersion thermal management for Electric Vehicle (EV) battery modules.

What is the climate impact of CARRAR's technology?

CARRAR's technology contributes to climate impact by extending asset life, reducing the need for raw material mining, enabling extreme climate resilience without HVAC dependency, and facilitating urban deployment of BESS systems by meeting stringent safety regulations.