Fuel cells convert the chemical energy of a fuel — commonly hydrogen — into electricity and heat with high efficiency and low local emissions. This track builds a clear path from electrochemistry and cell architectures through stacks, balance-of-plant thinking, hydrogen production and storage linkages, and real-world application domains.
You will place fuel cells in the wider renewable energy future: as a storage and mobility pathway alongside batteries, as a clean power option for stationary uses, and as a technology that benefits from careful materials, characterisation and system-integration awareness.