“The real challenge,” said AMPOWER sales engineer Andrew Lee, “is building smarter energy systems before the pressure breaks the grid.”
That moment set the tone for the final session of our collaborative lecture series with National Taiwan University of Science and Technology (NTUST), capping off a rewarding semester of knowledge exchange on emerging trends in the energy sector.
AMPOWER’s Associate Manager Mars Lin awarded two standout students with Rehlko’s 4MW KD Series Generator micro-sized building blocks.
We extend our sincere appreciation to the Industrial Technology Research Institute (ITRI), National Taiwan University (NTU), NTUST, National Taiwan Normal University (NTNU), and especially to Prof. Lee Chun-Yao and ITRI’s Ms. Chang Yi-Ting, whose contribution made this industry–academia partnership both productive and inspiring.
In this class, Andrew Lee presented a compelling look at the evolving energy landscape and how industry can respond strategically to the accelerating demand for efficient, sustainable power.
⚡ Surging Industrial Power Demand
The industrial power needs in Taiwan are exploding, driven by AI, semiconductors, and EVs. Major manufacturers are doubling their energy use every five years, with national demand projected to rise by nearly 3% annually through 2033. This puts increasing strain on the grid and raises the urgency for efficient, on-site power solutions.
♻️ Green, Efficient, and Compliant—Or Left Behind
With 2025 carbon fees looming and net-zero targets set for 2050, companies must cut emissions, boost energy efficiency, and adopt renewables—fast. Those that lead this shift won’t just meet regulatory requirements, they’ll gain a lasting competitive advantage in a carbon-conscious market.
🔋 CHP Systems: Efficient, Flexible, and Future-Ready
Combined Heat and Power (CHP) systems simultaneously generate electricity and usable heat, increasing energy efficiency up to 86%—far beyond conventional power setups. AMPOWER supports three scalable CHP applications:
- Hydrogen Power: Reuses industrial waste hydrogen (e.g., semiconductor slurry) for clean electricity and heat.
- Biogas Power: Converts organic waste (e.g., food sludge, wastewater) into renewable energy, reducing environmental impact.
- Natural Gas Power: Cuts emissions, stabilizes peak load, and supports cooling integration via absorption chillers.
💡 Smart, Scalable, and Deployment-Ready
Modern CHP systems are designed for ease of deployment and long-term performance. Key features include:
- Pre-assembled, containerized modules for rapid on-site installation
- Noise-controlled and space-efficient for urban or industrial sites
- Digitally enabled with 24/7 remote monitoring and AI-driven maintenance
These systems are already in successful operation across industrial parks, hospitals, data centers, and energy-intensive facilities, delivering consistent power and thermal energy exactly where it’s needed, when it’s needed.
This lecture series is part of AMPOWER’s broader ESG commitment to foster meaningful collaboration between industry and academia. By supporting meaningful research, encouraging knowledge exchange, and providing opportunities for students to engage with real-world energy challenges, we aim to contribute to a more sustainable, resilient energy ecosystem while staying connected to the next generation of talent.