Optimizing the heat dissipation of laptops in WIN7

Some of you must use a laptop, so heat dissipation is a problem. Although it may feel good in winter, it's just an air conditioner (joke ). However, the heat dissipation of the notebook is indeed a problem, and I am afraid there are not many articles about the current heat dissipation Optimization Configuration of the notebook, and they are all one-sided. Today I will introduce some tips for optimizing the heat dissipation of the notebook. Today we will mainly introduce the heat dissipation Optimization for Windows 7 systems. Users who use Windows 7 should be familiar with the Power Plan in the control panel. The Power Plan in Windows 7 has many improvements compared with XP, providing three power modes to work in different modes, the operating frequency of computer hardware will change, thus affecting power consumption, and indirectly achieving the purpose of cooling down. The three power plans provided by Win7 are: 1. in energy-saving mode, the minimum power dissipation is the lowest. in energy-saving mode, the Power Plan of the video card is "Maximum battery life", and the heat dissipation method of the processor is "passive ", the minimum processor status is "0%", the maximum processor status is "100%", the screen brightness is 40% when battery is used, and the status is 100% after power on. The energy-saving mode is suitable for mobile office use. All hardware works at the lowest power consumption. It is the mode with the minimum power consumption, so it has the lowest heat dissipation. 2. The balance mode is slightly higher based on usage. The default setting of the heat dissipation capability is in the balance mode. The Power Plan of the display card is "balanced". After the power is switched on, the heat dissipation mode of the processor is "active ", the minimum processor status is "5%", the maximum processor status is "100%", the screen brightness of the battery is 40%, and the status is 100% after power-on. That is to say, a balanced mode is only when the computer actively provides complete performance, and when a period of activity, it will automatically enter the power-saving state. This is the most reasonable Power Plan for most people. 3. the high-performance mode has the largest power consumption, and the computer directly turns into a radiator. Under the default setting of the high-performance mode, the Power Plan of the video card is "the highest performance"; the heat dissipation method of the processor is "active ", the minimum processor status is "100%", the maximum processor status is "100%", the screen brightness is 100% when battery is used, and the status is 100% after power on. In high-performance mode, all hardware is in the optimal working state, so more power is consumed and the heat dissipation naturally increases. To reduce the temperature of a desktop, the following methods are provided: 1. Lowering the cpu and gpu frequency can produce good results. 2. Increase the heat dissipation, and replace the heat sink and fan. 3. Improve the computer environment. Clean up the computer, and add a heat sink base to the notebook. This article is from the platinum DOS Network