Transparent Screen Display

-20℃~50℃ Operation: How Industrial-Grade AI Digital Humans Adapt to Extreme Environments?
Industrial-grade AI digital humans break environmental barriers with wide-temperature operation and specialized protection designs, ensuring stable performance in extreme conditions like high heat, cold, and humidity. They serve as innovative intelligent interaction solutions for industrial manufacturing, outdoor services, and more. Their environmental adaptation capabilities are achieved through the following technologies:
1.Wide-Temperature Hardware System Design
Industrial-Grade Chip Protection: Utilizes a temperature-resistant RK3588 processor, paired with thermal conductive silicone and heat sinks. In 50℃ high heat, intelligent frequency reduction keeps the chip temperature below 75℃, preventing system crashes. In -20℃ cold, a built-in heating module preheats the device, reducing startup time to 30 seconds (vs. 5 minutes for standard devices).

Cold-Resistant Battery Optimization: Equipped with lithium iron phosphate batteries, maintaining 80% discharge efficiency at -20℃. With an insulated battery compartment, in a cold storage case, the digital human’s battery life only decreased by 15%, 40% better than common lithium batteries.

2.Structural and Protection Upgrades

IP Protection Rating: The fully sealed metal sheet body reaches IP54 dustproof and waterproof standards, withstanding outdoor rain and industrial dust. In a mine site deployment, the device operated continuously for 3 months without failure in a dusty environment.

Anti-Vibration Reinforcement: Internal circuit boards are secured with anti-vibration brackets, and display edges feature shock-absorbing rubber strips. In scenarios with frequent vibrations from industrial forklifts, image stability improves by 90%, preventing loose connections or screen damage.

3.Software-Thermal Synergy

Intelligent Temperature Control Algorithm: Monitors internal temperature in real-time. When exceeding 45℃, dual fans activate for enhanced cooling; in cold conditions, non-essential modules power off to conserve energy and extend lifespan.

System Stability Optimization: The Android 12 system is cold-adapted, increasing touch response latency by only 15% at -20℃ to ensure smooth human-computer interaction.

4.Industry Scenario Applications

Cold Chain Logistics: In -18℃ cold storage, digital humans provide inventory queries and sorting guidance via voice and touch interactions, replacing paper documents and boosting efficiency by 50%.

Outdoor Exhibitions: In 50℃ heat, digital humans maintain service with 700cd/m² high-brightness screens and wide-temperature operation, preventing overheating-induced downtime and ensuring continuous event support.

Industrial Production Lines: In high-heat, high-dust workshops, digital humans act as intelligent inspectors, collecting real-time equipment data and generating reports. Compared to manual inspections, accuracy increases by 85%, and annual failure rates drop below 1%.

Through the three-dimensional integration of hardware, structure, and software, industrial-grade AI digital humans transform environmental adaptability into productivity, offering reliable solutions for intelligent upgrades in extreme scenarios