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Role of LNG in an optimized hybrid energy network
Juliana Montoya Cardona
, Jacques Dam
, Marietta de Rooij
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Keyphrases
Hybrid Energy Networks
100%
Liquefied Natural Gas
100%
Electricity Demand
75%
Heat Demand
50%
Exergy
50%
Expander
50%
Netherlands
25%
Practice-based
25%
Operational Flexibility
25%
Intermittent Renewable Energy
25%
Energy Hub
25%
Exergy Efficiency
25%
Solar Insolation
25%
Electricity Shortage
25%
Liquefied Natural Gas Regasification
25%
Heat Infrastructure
25%
Deterministic Model
25%
Rankine Cycle
25%
Stirling Cycle
25%
Efficient Conditions
25%
Electricity Infrastructure
25%
Future Energy Systems
25%
Natural Gas Infrastructure
25%
Organic Rankine Cycle
25%
Natural Gas Resources
25%
Waste-to-energy
25%
Condenser
25%
Positive Contributions
25%
Resource Prediction
25%
Engineering
Hybrid Energy
100%
Liquefied Natural Gas
100%
Electricity Demand
60%
Heat Demand
40%
Integrated System
40%
Energy Systems
20%
Future Energy
20%
Exergy Efficiency
20%
Condenser
20%
Insolation
20%
Exergy Value
20%
Waste to Energy
20%
Excess Heat
20%
Organic Rankine Cycle
20%
Rankine
20%
Stirling Cycle
20%
Natural Gas Resource
20%
Variable renewable energy
20%
Chemical Engineering
Liquefied Natural Gas
100%
Exergy
60%
Rankine Cycle
40%
Stirling Cycle
20%
Renewable Energy
20%