Skip to content

Fully integrated 200kW Liquid-Cooled Server Rack

That eliminates the need for external CDUs. Designed for high-density environments, it offers 40% lower acquisition cost, 30% lower cooling energy use, and zero-downtime service through modular, field-tested components..

Innovation

We pioneered the industry’s first fully integrated, plug-and-play in-rack liquid cooling solution for data centers

The Objective

To deliver high-efficiency, in-rack liquid cooling systems designed for demands of modern High-Density computing

Our Mission

We are committed to advancing engineering excellence, fostering
collaboration with manufacturing and distribution partners, and contributing to a more energy-efficient digital future

Business

We specialize in the design, development, and commercialization of integrated, in-rack liquid
cooling systems for data centers.

Marketing Strategy

Competitive advantage

Our Products

Our company is pioneering the development of the industry’s first fully integrated, plug-and-play in-rack liquid cooling solution for data centers. Designed to bridge the gap between innovation and practicality, this system enables conventional air-cooled data centers to deploy liquid cooling technology effortlessly, without extensive retrofitting or downtime. Each rack is engineered as a self-contained, high-performance cooling ecosystem — combining heat exchangers, pumps, controls, and monitoring in one compact, ready-to-deploy unit. This approach represents a transformative step forward for the data center industry, delivering unmatched efficiency, reliability, and scalability.

.

Our Attitude

What makes our business unique and competitive is the combination of innovation, manufacturability, and accessibility. The racks are engineered for high performance, energy efficiency, and ease of deployment — features that make them attractive to both hyperscale and enterprise data center operators seeking to meet environmental targets while maximizing compute density.

Let’s work together on your next critical infrastructure cooling project