COMPUTEX 2025 is still underway—the epicenter of innovation, where the world’s most advanced technologies converge under one roof in Taipei. With the theme “AI Next“, this year’s event brings together over 1,400 global exhibitors unveiling breakthroughs in AI, high-performance computing, next-gen chipmaking, robotics, and sustainable technology.
In his highly-anticipated keynote speech, NVIDIA CEO Jensen Huang declared the start of the industrial-scale AI era. With 10,000 Blackwell GPUs powering a new national AI supercomputer in Taiwan, and edge-to-cloud systems running 24/7, AI is now the operating layer of modern industry—from autonomous factories to data centers and smart cities.
Further cementing the role of Taiwan in the global AI ecosystem, Jensen also announced NVIDIA’s new overseas headquarters, the “NVIDIA Constellation”, in Taipei’s Beitou-Shilin Technology Park. Envisioned as a hub for AI research and development, the new HQ will also strengthen collaboration with local talent, academia, and industry leaders.
Foxconn Chairman Young Liu and MediaTek CEO Rick Tsai echoed Jensen’s trajectory, laying out blueprints for hyper-automated manufacturing, ultra-efficient AI chipsets, and real-time intelligence at the edge. Together, they mapped out a future built on constant computation, real-time inference, and machines that can never afford to stop thinking.
But beneath this momentum lies a critical vulnerability: power.
The Challenge: Intelligence Without Interruption
AI infrastructure consumes massive energy loads. Operating such a facility requires a highly resilient power infrastructure. Even a split-second power fluctuation can:
⚠️ Derail real-time model training
⚠️ Stall automated production lines
⚠️ Desynchronize entire edge-cloud systems
These aren’t minor interruptions, they’re system-wide failures with real financial, operational, and reputational fallout.
Conventional backup systems simply weren’t designed for this level of precision, scale, or speed. When latency outweighs load, and downtime is counted in milliseconds, the emergency power system isn’t just a utility. It’s the first line of defense against digital collapse.
AMPOWER’s Engineered Continuity
AMPOWER is built for this moment. Our backup power technology isn’t just backup, they’re the invisible infrastructure holding the AI era together.
Our generator sets and seamless load transfer system are engineered for high-efficiency performance, rapid response, and sustained reliability. They keep AI-critical infrastructure—data centers, fabs, EV lines, and smart factories—powered without interruption when the grid fails or fluctuates.
With industry-leading fuel economy, intelligent load management, and modular scalability, AMPOWER provides what your operation needs most:
✅ Stable and predictable uptime
✅ Higher ROI and lower total cost of ownership
✅ Trusted performance under pressure
AI infrastructure is scaling faster than power grids can keep up. Energy instability, rising peak loads, and climate-driven disruptions are no longer hypothetical risks—they’re operational threats.
AMPOWER delivers the kind of resilient infrastructure that keeps AI thinking—even in the face of instability. As the world builds the future of intelligence, we build the power that keeps it alive.
Interested to learn how AMPOWER safeguard AI infrastructure? Welcome to contact our experts!
[Photo: COMPUTEX, MediaTek, Reuters]