Summer is a high incidence of temperature overheating problem of industrial computer, which will not only affect the performance stability of industrial computer, but also may lead to hardware damage, and even cause safety accidents. Therefore, it is very important to solve the problem of overheating of domestic industrial computer in summer. This paper will discuss how to solve this problem from many aspects, including improving the heat dissipation environment, optimizing the system configuration, strengthening the maintenance and so on. 

First, improve the heat dissipation environment 

1. Maintain good ventilation: The industrial computer should be placed in a well-ventilated environment, avoid direct sunlight and high temperature areas. At the same time, make sure that there is enough space around the industrial computer so that the cooling fan can work properly.

2. Reasonable configuration of heat dissipation devices: Based on the model and configuration of the industrial computer, reasonable configuration of heat dissipation devices, such as heat dissipation fans and heat sinks. Ensure that the heat dissipation equipment can effectively reduce the internal temperature of the industrial computer. 

3. Regularly clean the heat dissipation equipment: dust and dirt accumulated on the surface of the heat dissipation equipment will affect the heat dissipation effect, so the heat dissipation equipment should be cleaned regularly to maintain its good heat dissipation performance. 

2. Optimize system configuration 

1. Reasonable allocation of system resources: During the operation of the industrial computer, too many programs should be avoided at the same time to reduce the system resource occupation, reduce the CPU and memory load, thereby reducing heat generation. 

2. Choose the right operating system and software: the industrial computer should choose a stable and reliable operating system and software to reduce the number of system crashes and restarts and reduce heat generation. 

3. Disable unnecessary services and procedures: In the industrial computer, some unnecessary services and procedures will occupy system resources and generate heat. Therefore, these services and programs should be disabled to improve system performance and heat dissipation. 

Third, strengthen maintenance 

1. Periodically check hardware devices: Periodically check the hardware devices of the industrial computer, such as memory modules, hard disks, and graphics cards, to ensure that they work properly and heat dissipation is good. 

2. Replace the heat dissipation device regularly: the heat dissipation device will be aging and damaged after a long time of use. Replace the heat dissipation device regularly to ensure its good heat dissipation performance. 

3. Regular cleaning of internal dust: the dust accumulated inside the industrial computer will affect the heat dissipation effect, and the internal dust should be cleaned regularly to keep the industrial computer clean and tidy. 

4. Other measures 

1. Use a heat dissipation pad or base: Placing a heat dissipation pad or base under the industrial computer can increase the heat dissipation area at the bottom of the industrial computer and improve the heat dissipation effect. 

2. Optimize system power management: By optimizing system power management, unnecessary power consumption and heat generation can be reduced. For example, you can set a reasonable standby and sleep time, and turn off unnecessary hardware devices. 

3. Consider hardware upgrade: If the hardware performance of the industrial computer has been unable to meet the current work needs, you can consider hardware upgrade. For example, upgrade the CPU with higher performance and add memory bars to improve the performance stability and heat dissipation effect of the industrial computer. 

In short, to solve the problem of overheating of industrial computer in summer, we need to start from many aspects, including improving the heat dissipation environment, optimizing the system configuration, strengthening maintenance and so on. Only by considering these factors comprehensively, can the internal temperature of the industrial computer be effectively reduced to ensure the stable operation and extend the service life of the industrial computer. At the same time, it is also necessary to carry out regular maintenance and maintenance work, discover and solve potential problems in time, and ensure the normal operation and safety and stability of the industrial computer.