Hasibul Hasan

Mohammad Hasibul Hasan is a Doctoral Researcher at LUT University, specialising in the techno-economic modelling of 100% renewable energy systems. His research addresses the critical challenge of long-term system resilience, specifically focusing on inter-annual energy storage (IAS) and the integration of flexible carbon dioxide removal (CDR) technologies under future climate variability.

Hasan’s work has already made significant contributions to the field. He conducted the first comprehensive global assessment of IAS requirements across 145 regions, providing a crucial benchmark for energy security against multi-year energy droughts. His research also offers a definitive conclusion on the e-hydrogen versus e-methane debate for bulk electricity balancing, demonstrating that storage cost is often a more decisive factor than round-trip efficiency. Currently, he is expanding this framework to stress-test global energy systems against future climate tipping points.

He holds an M.Sc. in Electrical Engineering (Solar Economy) from LUT University, an M.Sc. in Renewable Energy Technology from the University of Dhaka, and a B.Sc. in Electrical & Electronic Engineering from BUET. His academic rigour is complemented by practical industry experience in energy systems and network engineering.