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Professor PS Lee

Director, Centre for Energy Research & Technology (CERT), National University of Singapore (NUS)

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Professor PS Lee

Director, Centre for Energy Research & Technology (CERT), National University of Singapore (NUS)

Dr. Poh Seng (PS) Lee is an Associate Professor of Mechanical Engineering at the National University of Singapore (NUS). He currently serves as the Director of Centre for Energy Research & Technology (CERT) and Programme Director of Cooling Energy Science & Technology Singapore (CoolestSG) national consortium. Prof Lee’s research interests include high performance cooling techniques (in particular single and two-phase microchannel cooling), energy efficient air conditioning and low-grade waste heat recovery. He is the recipient of numerous research and innovation awards including 2013 NUS Faculty of Engineering's Young Faculty Research Award, 2011 Institution of Engineers Singapore (IES) Prestigious Engineering Achievement Award, 2011 Asia Pacific Clean Energy Summit Top 10 Defense Energy Technology Solutions Award and 2009 Tan Kah Kee Young Inventors Award (TKKYIA) - Defense Science.

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As power demand soars and grid capacity struggles to keep pace, data center operators face an escalating challenge: securing reliable, cost-effective power while meeting ambitious sustainability targets. But are traditional procurement models enough in the face of volatile energy markets, regulatory pressures, and intensifying competition? Or is a fundamental shift in energy strategy required?

This panel will explore what a truly robust energy strategy looks like in this new reality. And how can operators build resilient, diversified energy strategies that ensure both stability and sustainability. Can renewables scale fast enough, or is intermittency still too big a hurdle? Will PPAs, on-site generation, and energy storage be enough to secure long-term stability? Is nuclear or hydrogen a real solution—or just another costly experiment? And as the push for low-carbon energy accelerates, can operators balance sustainability, cost, and reliability without jeopardizing growth?