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Solar hybrid steam injection gas turbine (STIG) cycle
Maya Livshits,
Abraham Kribus
*
*
Corresponding author for this work
School of Mechanical Engineering
Tel Aviv University
Research output
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Article
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peer-review
72
Scopus citations
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Keyphrases
Solar Hybrid System
100%
Steam Injected Gas Turbine
100%
Gas Turbine Cycle
100%
Steam
50%
Solar Power Plant
50%
High Temperature
25%
Water Consumption
25%
Thermodynamic Analysis
25%
High Power
25%
Simple Cycle
25%
Conversion Efficiency
25%
Solar Heat
25%
Solar Fraction
25%
Solar-to-hydrogen Efficiency
25%
Air Ratio
25%
Power Augmentation
25%
Heat Power
25%
Hybrid Cycle
25%
Solar Contribution
25%
Incremental Efficiency
25%
Solar Concentrating Collector
25%
Moderate Temperature
25%
Injected Water
25%
Low Water
25%
Gas Turbine Power Plant
25%
Water Recovery
25%
Condenser
25%
Engineering
Steam Injection
100%
Gas Turbine Cycle
100%
Gas Turbine
75%
Solar Power Plant
50%
Conversion Efficiency
25%
Solar Fraction
25%
Air Ratio
25%
Simple Cycle
25%
Hybrid Cycle
25%
Concentrating Solar Collector
25%
Injected Water
25%
Moderate Temperature
25%
Condenser
25%
High Temperature Collector
25%