On September 17, the Ninth China Innovation and Entrepreneurship Competition Ningbo Division finals came to a successful conclusion in the Yatton Howard Johnson Conference Center! The competition focused on new generation information technology, new materials, new energy vehicles, energy conservation and environmental protection, high-end equipment manufacturing, biology and other fields. After fierce competition, the organizing committee selected 25 outstanding companies from nearly 100 projects to enter the finals.
NBLY Thermal Management Technology Co., Ltd. won the first prize of the Ninth China Innovation and Entrepreneurship Competition Ningbo Division Finals with its advanced immersed liquid cooling core technology!
The project is led by a number of full-time Japanese engineering returnees. It is China’s leading provider of immersed liquid heat dissipation solutions. It mainly provides products and solutions for PC, IDC (Internet Data Center), 5G base stations, mobile phones and projectors. Targeted cooling services. The application of each scene will be the first in the world. The product is highly innovative and technically possesses the advantages of maximizing the performance of electronic components, excellent thermal conductivity, no corrosion, energy saving, space saving, silent and constant temperature.
Immersion liquid heat dissipation is different from traditional air cooling and water cooling. NBLY's immersion liquid heat dissipation is a single-phase heat dissipation method that immerses all electronic components in a special coolant and takes away the heat of the electronic components through cold and heat exchange . It is worth noting that the coolant mentioned here is not water in the meaning of people’s understanding, but a colorless, odorless, non-toxic organic material, non-conductive, non-volatile, and corrosive, and can directly contact the chip system. The heat flow module designed for the scene can maximize the heat dissipation efficiency.
In fact, in recent years, the country has been vigorously encouraging the research and development of immersed liquid cooling technology. The reason is that the disadvantages of traditional heat dissipation are too obvious: air-cooled heat dissipation has low efficiency and high maintenance costs for water-cooled heat dissipation. Nowadays, with the rapid development of 5G and the Internet of Things, heat dissipation scenarios have put forward higher requirements for heat dissipation efficiency and heat dissipation performance! Liquid cooling technology once became the goal of the R&D teams of major enterprises due to its low energy consumption and good heat dissipation.
At present, the most common water-cooling liquid in the industry is a fluorinated liquid. However, the liquid has a low boiling point and is easy to vaporize and volatilize, and requires relatively large convection space. In addition, high cost is also a major factor restricting its civilian use. Therefore, China has never stopped its research and development of its alternative materials, including industry leaders such as Sugon and Green Cloud, but there has never been a mature and stable technology that can achieve commercialization.
However, after years of independent research and development and technological precipitation, NBLY's mass-produced immersed liquid cooling solution has finally landed amazingly! Compared with traditional air cooling, the heat dissipation effect is at least 6 times higher, and the efficiency is higher and the application is wider. The field of use can cover almost all heat dissipation scenarios, from mobile phones, PCs, projectors, to IDC, 5G base stations, and even aerospace, lasers. Radar, etc., and can provide targeted heat dissipation solutions according to the application requirements of different scenarios.
At present, NBLY takes the PC market as an entry point, takes the latest liquid heat dissipation technology as the core, and uses the intelligent computer host as the carrier to establish a new intelligent, stable and efficient immersion liquid cooling system.
On September 23, in the form of technological empowerment, together with Haier's high-end gaming brand Raytheon, jointly launched the world's first submerged liquid cooling performance host, realizing the first commercial landing of Lanyang liquid cooling technology on the PC side. In addition, NBLY has also established good contacts with well-known PC brands such as Lenovo and Asus. In the future, it will work with them to promote violent changes and updates in the domestic PC field.
Nowadays, with the large-scale application of 5G technology and AI, the future heat dissipation market will become more and more large, and the global annual heat dissipation scale has exceeded 750 billion is a visible trend. NBLY will continue to target the heat dissipation market, vigorously enter the large-scale heat dissipation fields such as IDC and 5G base stations, strive to become an industry benchmark and lead the industry to march forward.
About NBLY
NBLY was established in 2009 and is led by a number of full-time Japanese engineering turtle doctors. The company has developed rapidly, and it has obtained a total of 50 million venture capital from well-known domestic institutions Hongtai Fund/Rice Venture Capital/Ningbo Angel Guidance Fund in only three months.
The company is China's leading provider of immersive cooling solutions, mainly providing products and services to manufacturers of PCs, IDCs, 5G base stations and projectors.
The core members of the company were originally almost entirely affiliated to the Xiong Na-Mg Research Institute, which was established in cooperation with NASA. They have cooperated for more than 7 years and have been dedicated to serving NASA projects. They have leading knowledge reserves and solid basic experiments in heat dissipation and heat conduction. At present, the overall solution of immersion heat dissipation developed by the team is in a leading position in the world.
Main products
The company's current products include immersed heat dissipation overall solutions including thermal fluid and the physical structure of the heat dissipation module. In specific operations, the company will tailor its products according to the specific needs of industry customers under the framework of its products.
Core technology
The company's products mainly involve three types of technologies: heat flow model, material development and physical structure design. These three types of technologies require close coordination and mutual influence to achieve efficient heat dissipation.