On hot sunny days, many users encounter laptop heat even though they only use common tasks such as office work, online learning or watching videos.
According to repair technicians, placing laptops in hot or heat-absorbing locations can make it difficult for the machine to dissipate heat, causing the internal temperature to rise faster than normal.
One of the common but overheating locations is to place the laptop directly on a blanket, mattress, or pillow.
These soft surfaces often cover the air intake under the machine, making air circulation poor. When heat cannot escape, the laptop will heat up faster, the fan must operate continuously and performance is easily reduced.
Many people also have a habit of placing laptops close to windows or using them near places with direct sunlight. This can cause the surface temperature of the machine to increase sharply, especially with metal-wrapped laptop models.
Placing a laptop on a glass table or in a closed space, lacking air circulation, also makes it harder for the device to dissipate heat in the summer.
Some people often leave their laptops on their lap for a long time when working or studying. However, this usage method not only causes the machine to heat up but also obscures the radiator, affecting the cooling ability.
Technology experts recommend that users place laptops on hard, airy flat surfaces such as wooden tables or specialized supports to help the device dissipate heat more effectively.
On days with high temperatures, users should also limit the use of laptops continuously for long periods, especially when running heavy tasks such as video editing, gaming or graphics rendering.
Regularly cleaning the cooling fan, replacing coolant glue for machines that have been used for many years and using a suitable cooling pad also helps laptops operate more stably in the hot season.
If laptops show signs such as abnormal heat, very loud fan rotation, automatic performance reduction or automatic power outage, users should check early to avoid affecting the battery and internal components.
