The electric-hydrogen-ammonia coupled microgrid has the potential to address supply-demand imbalance in the transition towards renewable energy sources.
Power demand fluctuates across hours, days, and seasons, posing a challenge to the effective utilization and storage of energy. With the increasing integration of renewable energy sources into power grids, the effects of supply-demand imbalances are becoming especially pronounced, in particular due to seasonal characteristics and the intermittent nature of wind and solar power.
Hydrogen energy storage is being introduced as a potential remedy. The coupling between hydrogen and electricity overcomes limitations in cost and performance, but introduces safety concerns and fails to address the full range of energy storage needs. Noting these challenges, Chen et al. explored the…
