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The water cooling plate is a very common radiator in life. How should the water cooling panel save energy? Next, let me introduce it to you!

In physics, there are three ways of heat transfer, namely radiation, convection and conduction. And heat conduction is the fastest way of heat transfer. The heat pipe is the use of the principle of heat conduction, the property of rapid heat transfer with the medium with temperature difference, and the heat of the object is transferred to the other end through the heat pipe. In addition to high heat transfer, heat pipes have the characteristics of good temperature uniformity, variable heat flux density and good constant temperature.

Summer is here, and the temperature of the room and the computer has risen sharply. Maybe some of my friends' computers have "hummed" like a helicopter! Today, I mainly pass some easy-to-understand knowledge points to popularize the knowledge of CPU round heat sink selection. I hope that when my friends choose air-cooled radiators, they can roughly know how to look good or bad!

Are more radiator heat pipes the better? Some friends will pay attention to the number of heat pipes when choosing a radiator. Generally, entry-level radiators have only two heat pipes, while mainstream radiators have four heat pipes. High-end radiators may have more heat pipes to provide better heat dissipation. , but simply saying that the more heat pipes the better, is one-sided.

The working principle of the heat pipe is: whenever there is a temperature difference, the phenomenon of heat transfer from the high temperature to the low temperature will inevitably occur. The heat pipe uses evaporative cooling, so that the temperature difference between the two ends of the heat pipe is very large, so that the heat is conducted quickly.

What is a heat pipe radiator? A heat pipe radiator is a new product that uses heat pipe technology to make significant improvements to many old radiators or heat exchange products and systems. There are two types of heat pipe radiators: natural cooling and forced air cooling. The thermal resistance value of the air-cooled heat pipe radiator can be made smaller, and it is often used in high-power power supplies.

In today's society, more and more cars have entered the era of new energy, but there are more and more problems with electric vehicles. They are mainly used in the heating and cooling system of electric vehicles. In the thermal module, electric vehicle radiators are mainly used for electric vehicles. Heat dissipation plays an important role. Now, I will introduce the working principle of car radiator to Yuanyang Thermal Factory.

Computer Heat Sinks may be familiar to many computer enthusiasts or owners. Our desktop computer makes a sound as soon as it works inside the main unit, which is the heat sink. Laptops also have built-in Heat Sinks. Usually to lower CPU temperature, works fine. We need to buy an external radiator when we play games for a long time, so how exactly does a radiator work?

As the name suggests, the role of the radiator is to dissipate heat. How does it work? How does a radiator work? Today is explained by Yuanyang Thermal factory.

With the change of modern home life style, radiator heating has been recognized by most home heating. Radiator heating is not only efficient and comfortable, but also very in line with the living and working habits of modern people, so more and more people begin to choose radiator heating. In order to achieve a better heating effect, some factors should be considered in the selection of the radiator, and the quality of the radiator should be comprehensively considered from multiple aspects.

Yuanyang Cooling Systems specializes in scalable liquid cooling solutions for the world’s most demanding high-performance computing environments. In the desktop enthusiast market, CoolIT provides unparalleled performance for a range of gaming systems utilizing its patented split flow technologies.

This article provides an overview of Edge server trends, application, and design challenges for deployment in a harsh environment. The growing demand for compute speed, data bandwidth in modern IoT applications and AI-based time-sensitive critical applications are putting a heavy strain on cloud-based and centralized data centers.