Lingkang Jin

Lingkang Jin is a postdoctoral researcher in the Electrical Engineering department at Eindhoven University of Technology (TU/e), specializing within the Electrical Energy Systems research group. His expertise centers on system-level integration of chemical (power-to-hydrogen) and electrochemical (Li-ion batteries) energy storage solutions for optimizing planning and scheduling in multi-energy carrier communities.

Dr. Jin holds a Master's degree in Mechanical Engineering with thesis research on offshore wind farm development in the Mediterranean Sea, followed by a Ph.D. in Energy Systems from Università Politecnica delle Marche (UnivPM), Italy. His doctoral dissertation focused on Energy storage in multi-energy carrier communities: Li-ion batteries and hydrogen multi-physical details for integration into the planning stage.

His research spans critical domains including green hydrogen production, hybrid energy storage systems, multi-energy hub optimization, and grid flexibility solutions. He develops advanced modeling frameworks for thermo-electrochemical systems, GIS-based residential energy planning, and dynamic control strategies for hydrogen storage. His work directly contributes to UN Sustainable Development Goals through sustainable energy system design and renewable integration.

Analysis of his 20 recent publications reveals a concentrated focus on hybrid storage solutions for residential applications, with significant contributions in alkaline electrolysis modeling, multi-energy hub design under high renewable penetration, and grid congestion management through heat pump flexibility. His research demonstrates strong interdisciplinary connections between electrochemical engineering, energy system optimization, and practical implementation frameworks.

Dr. Jin actively participates in two major research initiatives: DACS-HW (2023-2025) focused on digital aggregation of hybrid heat pumps for grid congestion management, and NO-GIZMOS (2022-2026) addressing large-scale renewable integration through storage and software solutions. He has supervised one research project and maintains active collaborations across European institutions.

As a core member of TU/e's Electrical Energy Systems group, he contributes to cutting-edge research on sustainable energy conversion, storage technologies, and grid integration strategies essential for the carbon-neutral transition.