Mechanical Energy Storage Technologies 9780128200230, 0128200235

Table of contents :
Front-Matter_2021_Mechanical-Energy-Storage-Technologies
Front matter
Copyright_2021_Mechanical-Energy-Storage-Technologies
Copyright
Chapter-One---Classification-of-energy-sto_2021_Mechanical-Energy-Storage-Te
Classification of energy storage systems
Electrochemical
Batteries
Lead-acid
NiCad/NiMH
Metal-air
Sodium-nickel chloride
Flow batteries
Supercapacitors
Chemical
Electrical
Capacitors
Superconducting magnetics
Thermal
Sensible thermal energy storage
Latent thermal energy storage
Mechanical
Pumped hydroelectric storage
Flywheel
Compressed air energy storage
Pumped heat electricity storage
New emerging storages
High-temperature heat and power storage
Subcooled CAES
Gravitational storage
References
Chapter-Two---Thermal-energy-system_2021_Mechanical-Energy-Storage-Technolog
Thermal energy systems
Fundamentals
STES systems
LTES systems
TCTES systems
SeTES systems
CTES systems
Mathematical model
STES systems
LTES systems
TCTES systems
SeTES systems
Hydraulics of groundwater
Hydraulics of pipes
Governing equations of the heat transfer
Heat transfer in groundwater
Heat transfer in pipes
Future perspective
References
Chapter-Three---Compressed-air-energy-sto_2021_Mechanical-Energy-Storage-Tec
Compressed air energy storage system
Fundamentals
State-of-the-art and practice
State-of-practice
State-of-the-art
Mathematical model
General principles
Thermodynamic model
Future perspective
References
Chapter-Four---Pumped-hydropower-stor_2021_Mechanical-Energy-Storage-Technol
Pumped hydropower storage
Fundamentals
State-of-the-art and practice
Mathematical model
Pipelines
Water reservoir
Hydro turbine and pump
Generator
Perspective model
References
Chapter-Five---Flywheel-energy-storage-----Ahma_2021_Mechanical-Energy-Stora
Flywheel energy storage
Fundamentals
The FES system
Pros and cons
Applications
State-of-the-art
Mathematical model
Fundamental equations
The formulation for optimum design of flywheel
Future perspective
References
Chapter-Six---Pumped-heat-storage-sy_2021_Mechanical-Energy-Storage-Technolo
Pumped heat storage system
Fundamentals
State-of-the-art
Mathematical model
Future perspective
References
Chapter-Seven---New-emerging-energy-stora_2021_Mechanical-Energy-Storage-Tec
New emerging energy storage systems
Introduction of the technologies
Subcooled compressed air energy storage (SCAES) technology
High-temperature heat and power storage technology
Air-based HTHPS
Steam-based HTHPS
Gravity energy storage technology
Mathematical model
SCAES technology
HTHPS technology
Air-based
Steam-based
GES technology
Future perspective
References
Chapter-Eight---Conclusion_2021_Mechanical-Energy-Storage-Technologies
Conclusion
Discussion of mechanical energy storage (MES) systems
Thermal energy storage (TES) systems
Pumped hyrdropower storage (PHS) systems
Flywheel energy storage (FES) systems
Compressed air energy storage (CAES) systems
Pumped heat electricity storage (PHES) systems
New emerging technologies
Final remarks
References
Index_2021_Mechanical-Energy-Storage-Technologies
Index