Across China, the hottest period of the year—the traditional Sanfu Dog Days—has officially arrived. Spanning early, middle and late dog days, this annual extreme heat cycle brings the most sweltering and humid weather nationwide. With soaring ambient temperatures and intense ultraviolet sunlight, most northern and southern regions in China are experiencing persistent high-temperature weather above 35°C, while many inland areas even hit extreme temperatures exceeding 40°C. The prolonged heatwave has not only disrupted people’s daily travel and life but also posed severe challenges to the normal operation of portable electronic devices.
In daily office, study and industrial scenarios, countless users have encountered frequent device failures in hot summer. Public feedback shows that tablets and laptops are prone to continuous overheating, frame drops and system lag during long-hour use. In severe cases, devices will trigger automatic frequency reduction, forced shutdown and even screen blackout protection mechanisms. For industrial tablets and commercial laptops applied in factory workshops, outdoor construction sites and logistics scenarios, the high-temperature damage is more obvious. Unventilated working environments and long-duration high-intensity operation often lead to unstable device operation, reduced work efficiency and increased equipment failure rates, bringing unnecessary losses to personal office progress and enterprise production operations.
As a professional global manufacturer and solution provider of high-performance consumer and industrial tablets & laptops, Gisentec Group has long focused on the environmental adaptability and durable performance of electronic equipment. Professional technical research shows that core electronic components such as device processors, graphics cards, batteries and motherboards are extremely sensitive to high-temperature environments. When the ambient temperature exceeds 30°C and the device itself generates operating heat, the internal operating temperature will quickly break through the safe threshold. Long-term operation in a high-heat state will not only directly reduce device operating efficiency and cause stuttering and slow response but also greatly accelerate battery aging, leading to reduced battery capacity, shortened standby time and even bulging risks. Meanwhile, high temperature will oxidize internal precision circuits and components, aggravate hardware wear and tear, and significantly shorten the overall service life of equipment.
To help all users effectively avoid high-temperature device failures, ensure stable and efficient operation of Gisentec consumer and industrial equipment throughout the hot summer, and extend the service life of electronic devices, Gisentec Group’s professional after-sales and R&D teams have sorted out a full set of scientific and practical daily high-temperature maintenance guidelines based on years of product research and development data and user service experience.
Post time: Jul-29-2026
