Ruiguan panel 75 inch 3D hologram touch advertising display lcd showcase AI digital human screen

AI digital human-6

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Patent-Driven Digital Employees: How AI Digital Humans Achieve Over 50% Annual Power Savings and Commercial Value?
AI digital humans significantly reduce energy consumption while maintaining high performance through proprietary patented technologies, delivering substantial cost savings and environmental benefits for enterprises. Their energy efficiency primarily relies on the following breakthroughs:
1.Intelligent Power Management System (Patent No. XXXXXX)
This system uses a dynamic power adjustment algorithm to allocate power based on the digital human’s operating load. In low-load scenarios (e.g., standby or light interaction), it automatically shuts down non-essential modules (such as the high-definition rendering engine), reducing the overall power consumption from 180W to 30W—a 83% decrease. In a bank hall deployment, this technology cut the annual power consumption of a single digital human from 4,380 kWh to 1,670 kWh, saving over 60% of costs.

Integrated with ambient light sensing, the screen brightness adapts between 50-700cd/m². In low-light environments, it automatically dims to 100cd/m², further reducing backlight energy use.
2.Low-Power Hardware Architecture Optimization
Equipped with a self-developed energy-efficient RK3588 processor using 7nm manufacturing, reducing power consumption by 40% compared to traditional chips. Graphene thermal materials enhance heat dissipation, preventing power-hungry forced frequency reduction due to overheating.
The display employs IGZO technology for pixel-level independent light control, consuming nearly zero power in black areas, saving 35% more energy than conventional LCD screens. Dual 43-inch screens consume only 120W when displaying dark-background ads.
3.Sleep & Wake-up Patent Technology
The innovative "millisecond-level sleep-wake" mechanism (Patent No. XXXXXX) quickly enters sleep mode during idle periods, with a wake-up response time <500ms—90% more energy-efficient than standard standby. A mall application showed that this technology saved 20 kWh during non-peak hours daily.
Supports multi-device coordinated energy savings. When multiple digital humans in an area are idle, they enter a rotation-rest mode, maintaining service while reducing overall consumption.
4.Energy Recovery & Reuse Design
The mobile chassis features an energy recovery system, converting kinetic energy into electricity during deceleration or braking with 15% efficiency. In an exhibition scenario, 10km of daily movement can provide an extra 3 hours of power.
Variable-frequency cooling fans adjust speed according to chip temperature, reducing power consumption by 30% compared to fixed-speed fans.
Through the systematic application of patented technologies, AI digital humans not only support 7×24 service but also achieve over 50% energy savings, enabling enterprises to cut costs, increase efficiency, and drive green transformation. They stand as intelligent solutions combining technological innovation and economic value in commercial settings.


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