More detail about the problem, what you're trying to do and why. 
Clearly state or summarize your problem in the title of your post. 
Read the subreddit's rules before posting. In doing so, GIGABYTE not only succeeded in obtaining more opportunities for further cooperation with the DLR in the future, it also did its part to contribute to environmental protection. GIGABYTE did so by providing fantastic results for heat dissipation and power consumption. In this project, GIGABYTE’s server team not only fulfilled our client’s target of obtaining maximum computing capabilities in a limited space, we also resolved their main concerns about equipment temperature tolerance and energy conservation. In keeping with the enactment of energy conservation and carbon reduction policies in various countries, data centers that traditionally consumed a huge amount of energy are being redesigned to be more environmentally friendly and energy saving. Andie Yen emphasizes that, “We often tell our clients, you don’t want to just look at how much money our proposal is saving you on the books, but how much long-term expenditure, such as electricity and water fees, will also be saved by using GIGABYTE’s server products.” Reduced energy consumption means much lower energy bills, which brings additional benefits to the DLR. 《Learn More: How Does Direct Liquid Cooling Technology Help Solve the Heat Dissipation Problem of High Density Servers in a Limited Space?》Įven more importantly, in order to help the client reduce operating expenses, GIGABYTE’s server product team optimized the server’s power supplies, resulting in a 15% reduction in power demand compared with competing products. 
Therefore, it was requested that the temperature of the fluid used for direct liquid cooling should not exceed 60☌. At the same time, it was feared that if the temperature of the liquid discharged from the heat-dissipation pipes was too high, it could cause an excessive amount of wear and tear on the system’s components in the long run. Since the available space was limited, and because the DLR did not wish to modify the data center’s existing mechanical and electrical infrastructure, Direct Liquid Cooling was chosen for the cooling solution. Therefore, for the data center’s expansion project, it was decided to adopt the more energy efficient liquid cooling technology, instead of using air conditioning to dissipate heat.Ĭurrently, there are two main liquid cooling technologies commonly available on the market: Immersion Cooling, and Direct Liquid Cooling. However, Europe has experienced its share of heat waves in recent years, and the average annual temperature is climbing. Data centers that offer increasingly higher computing capabilities will consume more and more energy for cooling.
0 kommentar(er)
