Explosion-proof computers are designed with special features and functions.

Explosion-proof computers are primarily used in the drilling industry: The drilling industry is a high-risk sector, thus requiring computers with high specifications, including explosion-proof capabilities, corrosion resistance, and system stability. The wind power generation industry: Wind farms are often located in deserts or coastal areas with harsh environments. Explosion-proof computers are used to ensure the stable operation of generators under adverse conditions and support daily inspections and data transmission. The chemical industry: Chemical production areas, control rooms, and other locations contain large amounts of flammable, explosive gases, and corrosive substances. Explosion-proof computers play a role in protecting electronic equipment and personnel safety in such environments.
Offshore drilling platforms: Offshore drilling platforms are typical flammable and explosive environments, where explosion-proof computers play a crucial role in protecting electronic equipment and personnel safety. The metallurgical industry: Production facilities such as blast furnaces and converters in the metallurgical industry are also surrounded by large amounts of flammable, explosive gases and dust. Explosion-proof computers play an important role in these settings as well. Other industries: Fields such as pharmaceuticals, light industry, textiles, food, bioengineering, and aerospace engineering also require the use of explosion-proof computers in environments with existing or potential hazards to ensure the safety of electronic equipment and operators. Due to their specialized design and functionality, explosion-proof computers play a vital role in multiple high-risk industries, ensuring the safety of workers and the smooth progress of production.
With the advent of the era of air pollution, the wind power generation industry is vigorously developing eco-friendly energy sources for people to use, with wind farms being one of the most successful examples. However, most wind farms are located in deserts or coastal areas. To ensure the stable operation of generators in harsh environments such as deserts, salt fog, vibration, overheating, or electrical noise, the self-diagnostic protection function of generators is crucial. On-site operators diligently perform daily inspections, where timeliness is extremely important. Employees are required to record operational data and transmit it to the backend data center server as soon as possible for data analysis and proactive monitoring of the generator system status. At wind farms, on-site operators using rugged tablets can establish stable and convenient connections with the data center for data transmission and communication. This not only reduces the workforce at each worksite but also saves time and costs.