At the NUS Energy Solutions Hub, researchers and partners are pooling expertise across disciplines to reimagine from the ground up how tropical cities can stay cool, connected and carbon-conscious.

The chemistry of ammonia under pressure shows that even a small dose of hydrogen can turn a fickle flame into a steadier source of clean power.

A new engine concept turns ammonia into its own source of hydrogen, charting new waters for cleaner, more efficient shipping without the need to store hydrogen onboard.

A single-atom platinum catalyst lights ammonia at 200 °C and keeps it burning steadily at 1,100 °C with low NOx, generating high-grade, carbon-free heat for steel, cement and chemicals.

New modelling shows that linking ASEAN’s power grids could accelerate the region’s path to net zero, cutting costs and easing the burden of a just energy transition.

A new nanoscale design channels hybrid light–vibration waves to carry heat more efficiently, allowing better thermal management in compact, energy-hungry electronics.

A coordinated control approach keeps electric vehicles, solar power and the grid in perfect harmony, enabling stable, battery-free ultra-fast charging that makes the most of the sun.

At the NUS Energy Solutions Hub, researchers and partners are pooling expertise across disciplines to reimagine from the ground up how tropical cities can stay cool, connected and carbon-conscious.

Associate Professor Palani Balaya develops sodium- and lithium-ion battery technologies, raising their performance and safety for an increasingly electrified world.

A reusable, biodegradable ice material captures methane rapidly, paving the way for safer and cleaner storage of natural gas and biomethane.