Special Session III
Economic-Technical Research on Wind-Solar-Hydrogen-Cooling Energy System
With the increasingly prominent environmental and climate change issues,
renewable energy sources such as PV/wind are gradually becoming the core
content of the energy transformation. However, the output of PV/wind is
often random. The use of energy storage is an effective way to solve the
intermittent output of wind and solar power and avoid the imbalance between
power supply and demand. As clean energy and the main energy source in the
future, hydrogen has the advantages of wide sources, clean and
pollution-free. Hydrogen storage has an absolute advantage in terms of
energy storage density and storage time among the existing energy storage.
In addition to hydrogen storage, cold storage is another type of energy
storage that deserves attention. A large percentage of regions rich in
renewable resources have hot climates, which means the power consumption of
local businesses is usually used for cooling. Cold storage has the advantage
of being cheaper and has a longer life. It may be the option of entirely or
partially replacing the battery. Therefore, the wind-solar-hydrogen-cooling
system has excellent prospects for solving the shortage of fossil energy and
environmental pollution. This special session aims to offer an opportunity
for researchers and practitioners to identify new promising research
directions on the wind-solar-hydrogen-cooling energy system and provide a
forum to disseminate and discuss hydrogen/cooling energy storage. We hope to
help the audience have deeper insights into hydrogen/cold storage roles in
the power sector.
The topics of interest include, but are not limited to:
• Carbon-neutral and wind-solar-hydrogen-cooling energy system
• Research on technology to improve wind-solar-hydrogen-cooling grid-connected performance
• Research on wind-solar-hydrogen-cooling energy system planning and design considering the volatility of renewable energy
•
Application of artificial intelligence in wind-solar-hydrogen-cooling
systems
•
Simulation design and
modeling analysis of hydrogen production by electrolysis and cold energy
storage
•
Comparative study of
energy systems with different energy storage
•
Research on the
adaptability of wind-solar-hydrogen-cooling systems
•
Research on hydrogen
development and utilization
•
Comparative study of
chilled water and ice as the storage medium
Organizer
Leijiao Ge, Tianjin University, China
Leijiao Ge was born in China in 1984. He received Ph.D. degree in electrical engineering from Tianjin University, Tianjin, China, in 2016.
He is currently an associate professor in the school of electrical and information engineering at Tianjin University. His main research interests are situational awareness of smart distribution network, cloud computing technology and big data of smart distribution network.
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