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Thermodynamic assessment of cryogenic energy storage (CES) systems in cogeneration regime
Osvaldo Manuel Nuñez Bosch
, Maury Martins de Oliveira Junior
, Felipe Raul Ponce Arrieta
, Rafael Augusto Magalhães Ferreira
, Matheus Pereira Porto
*
*
Corresponding author for this work
Chemical Engineering
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Keyphrases
Regeneration
100%
Energy Storage System
100%
Thermodynamic Assessment
100%
Cryogenic Energy Storage
100%
Exergy
42%
Round-trip Efficiency
28%
Numerical Simulation
14%
Optimization Analysis
14%
Operating Regime
14%
Power Grid
14%
Simultaneous Methods
14%
Electrical Efficiency
14%
System Benefit
14%
Charging Process
14%
High Penetration
14%
Exergy Efficiency
14%
Liquid Yield
14%
Discharge Process
14%
Mass Energy
14%
Cogeneration System
14%
Cryogenic Tank
14%
Integrated Charging
14%
Main Index
14%
Intermittent Sources
14%
Tank Capacity
14%
Engineering
Cryogenic Energy Storage
100%
Energy Storage System
100%
Cogeneration
100%
Roundtrip
28%
Mass Balance
14%
Operating Regime
14%
Power Grid
14%
Electrical Efficiency
14%
Exergy Efficiency
14%
Cogeneration System
14%
Exergy Balance
14%
Cryogenic Tank
14%
Chemical Engineering
Cryogenics
100%
Exergy
50%
Liquid Yield
12%