The demand for liquid cooling is increasing as new applications emerge, including generative AI, autonomous driving, life sciences, and digital humans.
The power and power density of AI computing chips and server nodes continue to increase, with chip power consumption rising from 500W to 700W and potentially exceeding 1,000W in the future. As processor power consumption increases, the overall machine's heat dissipation requirements become more stringent.
IT equipment in data centers consumes nearly half of all electricity, which is expected to rise further. By 2030, data centers are expected to account for 3.2% of the EU's electricity demand, up 18.5% from 2018.
Authorities around the world, including European authorities, set stringent requirements for energy conservation and emission reduction in green data centers.
According to the EU's latest Energy Efficiency Directive, data centers with IT power requirements that reach 100 kilowatts are required to report their energy performance publicly every year.
In addition, several large data center operators in Europe have jointly signed an agreement pledging that data centers will be climate-neutral by 2030.
KAYTUS' high-density servers, GPU servers, and Rack and Tower servers all support liquid cooling.
Additionally, the data centers are equipped with essential liquid cooling infrastructure, including cooling distribution units, liquid cooling cabinets, liquid cooling connectors/manifolds, and outdoor liquid cooling sources.
These are complemented by high-power distribution, air conditioning, and monitoring systems.
KAYTUS ensures high-quality products through rigorous production technical specifications and strict quality control management systems.
From the initial stage of R&D and design, it has established a comprehensive set of high-standard production technical specifications, ranging from component selection to processing technology.
These technical specifications meet the various R&D, production, and testing requirements of liquid cooling servers with varying specifications.
The KAYTUS All Liquid Cooling Cabinet utilizes natural cooling sources to achieve 100% liquid cooling without the need for air conditioning. Enjoy energy savings of over 60% while keeping servers cool and running smoothly.
The product Solution consist of key components such as liquid cooling rear doors, rack-mounted CDUs (Cooling Distribution Units), quick-connect fittings, and manifold cabinets, achieving 100% liquid cooling operation. This approach eliminates the need for traditional air conditioning and drastically simplifies the system. It ensures high computing power with low energy consumption, boasting a computing power density equivalent to ten traditional cabinets in a single cabinet. The annual average PUE (Power Usage Effectiveness) can be as low as 1.1.
