Data center refrigeration problems? Haiwu VRM fluorine pump multi-unit air conditioner to help you solve the problem!
Publication Date:2025-03-12
Share to

In the era of rapid digital development, data centers, as the core hub of information storage and processing, are inseparable from efficient and reliable refrigeration systems. In the face of the growing cooling demand and energy-saving challenges of data centers, Haiwu VRM fluorine pump multi-unit air conditioner has made a strong debut, bringing a new revolution to the field of data center cooling with innovative technology and excellent performance.

Innovative design creates a model of high efficiency and energy saving

Haiwu VRM fluorine pump multi-unit air conditioner adopts the modular and multi-link design concept to achieve one-to-one refrigeration, which greatly improves the cooling efficiency. Its annual energy efficiency ratio can be as high as 16, thanks to the unique dual-cycle three-mode design. Through the intelligent switching of three operating modes of compressor mechanical cooling, hybrid cooling and complete natural cooling, it can accurately match the cooling needs of data centers in different seasons and different ambient temperatures. When the outdoor temperature is low, the system can make full use of the natural cooling source, allowing the compressor to "recuperate" and greatly reduce energy consumption. In high-temperature environments, the mechanical cooling mode can be quickly activated to ensure the stable operation of the data center. This intelligent energy-saving model not only saves a lot of electricity bills for data centers, but also contributes to achieving low-carbon environmental protection goals.

Flexible installation to meet the needs of multiple scenarios

The air conditioner is not limited by the height difference between indoor and outdoor units and the installation of long pipes, whether it is a building with complex floor height or a place with a special layout of the computer room, it can be easily coped with, and the installation process has become more convenient than ever. The outdoor unit adopts a modular design, like building blocks, which can be seamlessly spliced and expanded exponentially, reserving sufficient space for the future scale expansion of the data center. A variety of types of ends are available, and the ends are oil-free, effectively avoiding equipment failures caused by oil accumulation and further improving the stability and reliability of the system. This flexible installation and configuration method makes it useful in small and medium-sized data centers, modular data centers, cabinet cooling (hot) channel transformation, medium and high heat density communication equipment and computer rooms, and other scenarios.

Social value is highlighted, empowering the development of the digital economy

Data centers have always been large energy consumers, of which the energy consumption of precision air conditioning systems accounts for a high proportion. The emergence of Haiwu VRM fluorine pump multi-unit air conditioner is like an "energy-saving remedy", which significantly reduces the energy consumption of data centers and achieves high efficiency and emission reduction for users in the true sense. It not only helps data centers reduce operating costs, but also promotes the vigorous development of cutting-edge technologies such as cloud computing and big data, and accelerates the digital transformation process of the entire society. At the same time, it reduces greenhouse gas emissions and contributes to the fight against global climate change, and its intelligent control function can also allow users to flexibly adjust according to actual needs, eliminate energy waste, and improve energy efficiency.
Choosing Haiwu VRM fluorine pump multi-unit air conditioner is to choose an efficient, energy-saving, flexible and reliable refrigeration solution to escort the stable operation and sustainable development of the data center. Let us work together to create a green future for the digital economy driven by scientific and technological innovation.

Related Newsmore