Transformation Behaviors of Mineral Matter in Lignite Ashes under Reducing Atmosphere
p.676
p.676
Drying Kinetics of RDX under Vacuum Conditions
p.680
p.680
Simulation Research on Performance of IGCC System with Brown Coal/Liquid CO2 Slurry Feed
p.691
p.691
Analysis of Phase Change Energy Storage Material Selected Based on Rural Kang Body
p.699
p.699
Application of Offshore Concrete Constructions for Ocean Renewable Energy Storage (ORES)
p.703
p.703
Flexible Job-Shop Scheduling Problem with Maintenance Activities Considering Energy Consumption
p.707
p.707
Influences of Exterior Windows on Heating and Air-Conditioning System Energy Consumption in Residential Building
p.714
p.714
The Application of Renewable Energy in the Building Energy Efficiency
p.719
p.719
A Kind of Natural Ice Storage Technology
p.724
p.724
Application of Offshore Concrete Constructions for Ocean Renewable Energy Storage (ORES)
Abstract:
Storage of energy generated by offshore wind farms still addresses one of the vexing problems inherent in offshore renewable energy such as offshore wind or solar energy how to store excess energy. Researchers tried to apply concrete in the energy storage of offshore wind farm recently, including the OTEC artificial energy islands, the MITS Ocean Renewable Energy Storage (ORES) and Belgiums energy atoll, and the progresses were reviewed.
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Periodical:
Applied Mechanics and Materials (Volume 521)
Pages:
703-706
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Online since:
February 2014
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© 2014 Trans Tech Publications Ltd. All Rights Reserved
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