How does the computer of Win8.1 system dissipate too slowly? How to quickly reduce the system temperature?

Today, the use of notebook win8 system computers is more and more extensive, and the problem of notebook cooling has become a concern of users. When the temperature of the computer rises, it not only affects the running speed of the computer, but also causes instability of the system. Especially in the summer, the notebook cooler can not discharge the computer heat in time, the processor temperature is soaring, and it is also prone to sudden high temperature and hardware damage! Under the Lenovo notebook Win8.1 system, users can create a rapid cooling mode. Reduce system temperature and solve the problem of insufficient heat sink. Let's take a look at it with Xiaobian.

1, first open the win8.1 system control panel, you can directly open the "control panel" in the address bar of the resource manager to open, you can also Win + C then set - control panel; Br>

2, then click on the hardware and sound, then click on the power option. Of course you can also enter the power option by typing "Control Panel\\Hardware and Sound\\Power Options" in the address bar;

3, then click "Create Power Plan" in the left bunch of options and then let you choose balance, energy saving, high performance, you choose energy saving, then the next step, then put the computer to sleep 2 are all set to never, then create;

4, then click the change plan settings of the power option you just created, then click Change Advanced Power Settings, pull down, find the processor Power management, expand, turn the two of the system cooling methods into active, and then adjust the two of the maximum processor state to 20% (should be too low to increase the height), then apply - OK! Br>

5, close the control panel, listen to music, chat, after a while, the temperature Brushing down the ground.

Tips: By setting the power option, reduce the power usage to reduce the heat of the computer, so that the problem that the notebook Win8.1 radiator can not discharge heat in time can be solved.