How to cool down the computer in summer

In summer, we often get heatstroke. Heatstroke is because the outside temperature is too high, and the human body can't bear such a temperature. Do you know that?/You know what? The computer we usually use will also get heatstroke. What the hell is going on here? Why do computers suffer from heatstroke? What should I do if the computer has heatstroke? Let's learn how to cool the computer!

Computer heatstroke is very harmful. If it's serious, it will crash, Caton, and even burn your computer.

In summer, most computer failures are related to high temperature weather. Excessive temperature can easily lead to excessive temperature of accessories, or even burn out. Then, in the hot summer, how to avoid the beloved computer "heatstroke"? The expert's answer is to cool down, cool down and then cool down.

When using a computer, most people usually open the cover of the computer case and use an electric fan to dissipate heat. Relevant professionals said: this method not only has poor heat dissipation effect, but also easily leads to dust accumulation, static electricity, leakage, short circuit and other phenomena, and it is also very likely to lead to computer crash. Not only that, consumers may be exposed to radiation, electric shock and other dangers around bare metal.

Many people like playing computer, so do you know how to cool down the computer in summer? Let me teach you a few tricks, which can effectively help the computer to dissipate heat and avoid "heatstroke!"

1, the notebook CPU temperature is controlled within 75 degrees. The ideal temperature of the notebook is about 30 degrees higher than the ambient temperature, so you can judge it according to your own use environment. The CPU temperature of your notebook should be controlled within 75 degrees as far as possible, and should not exceed 85 degrees. Note: The temperature here refers to the core temperature of the notebook CPU, which is the CPU temperature detected by the driver.

2. Set a reasonable power management mode. Setting a reasonable power management mode is the first step to help notebook computers dissipate heat by themselves. We can set the time to turn off the monitor, the time to turn off the hard disk and the waiting time of the system. This is very important and good for hardware. In addition, when the notebook computer is not used temporarily, the application of the notebook computer's suspension mode can play a dual role in saving electricity and dissipating heat.

3, raising the space between the fuselage and the desktop is conducive to heat dissipation. Generally, a notebook radiator or bracket is used to help raise the fuselage. If not, the easiest way is to pad the notebook with 4 to 8 small and thick items such as drink caps or old playing cards. Be careful not to block the air inlet at the bottom, which will affect the entry of cold air.

4. Transform the chassis line. If the wiring in the chassis is too messy, it will interfere with heat dissipation. At this time, it is necessary to summarize the wiring in the chassis so as not to let it affect the heat dissipation. In addition, the chassis is too small and the hardware is too close, which will lead to higher temperature of each hardware. Might as well replace the big chassis, the heat dissipation function will be better.

5. Replace the hardware. Damage or aging of the hard disk will lead to high temperature of the hard disk, thus reducing the use speed of the computer. If economic conditions permit, new hardware can be added.

6. Clean the dust regularly. Dust will seriously affect the heat dissipation, especially the dust on the CPU fan. It is recommended to clean frequently, and the fan can be removed for cleaning. In addition, the dust on the graphics card and memory stick should also be cleaned up, which can be gently brushed off with a brush.

7. Reduce the indoor temperature. Excessive indoor temperature in summer will also affect the heat dissipation of the computer. Effectively adjusting the indoor high temperature can reduce the burden on the computer. Notebook computers are small in size and slow in heat dissipation, so when in use, special attention should be paid not to put them in places that are not easy to dissipate heat, such as beds, because textiles are usually airtight, and putting laptops is not conducive to their heat dissipation. If the battery is left for too long, it is easy to cause the battery to heat up and even burn the computer.

8. Don't open too many programs. If you open too many programs while using the computer, the temperature of the computer will rise. It is recommended to close unused programs. You can also download temperature control software and adjust the temperature according to the guidance of the software. If you have been using the socket for power supply, you can unplug the battery. First, it can reduce the heat generated by battery charging. Second, it can make the interior of the machine more in contact with the air, which is beneficial to heat dissipation.

9. The cooling outlet should be empty and not blocked. This place is the main outlet for heat dissipation. If it is blocked or blocked, hot air will flow back.

10, remove the keyboard protective film. Using a keyboard protective film is like covering a notebook with a quilt, and the heat cannot be emitted. For notebooks that use keyboards to dissipate heat, it is even more impossible to use protective films.

1 1. The power adapter has a good heat dissipation environment. The power adapter is a transformer, a guy with a lot of heat, hotter than a notebook. If the cable is long enough, you can put the adapter on the cold ground to help dissipate heat.

The key to computer heat dissipation is the use environment. If the computer is turned on for more than two hours, you should turn off the computer and have a rest. In addition, when consumers buy computer cooling equipment, don't covet cheap, poor quality cooling products are likely to cause excessive instantaneous current and burn out computer motherboards and other equipment.