Simulating flexibility, variability and decentralisation with an integrated energy system model for Great Britain

Keyphrases

• Battery Storage 50%
• Battery Vehicles 50%
• Decarbonised Energy Systems 50%
• Decentralization 100%
• Decentralized Energy Storage 50%
• Decentralized Energy Supply 50%
• Decentralized Operation 100%
• Demand Side Management 50%
• Electric 50%
• Electricity Supply 50%
• Electricity Transmission Network 50%
• Energy System Model 50%
• Energy Systems 100%
• Energy Vector 50%
• Flexibility Options 50%
• Great Britain 100%
• High-resolution 50%
• Integrated Energy System Model 100%
• Lack of Representation 50%
• Local Energy 50%
• Local Energy System 50%
• Multivectors 50%
• National Energy System 50%
• Network Capacity 50%
• Operational Flexibility 50%
• Peak Electricity Demand 50%
• Spatial Resolution 50%
• Spatially Variable 50%
• System Modeling 50%
• System Operation 50%
• Systems Modeling Framework 50%
• Temporal Resolution 50%
• Transition Pathways 50%
• Transport Sector 50%
• Vehicle-to-grid Services 50%

Engineering

• Electric Power Transmission 33%
• Electric Power Transmission Networks 33%
• Electricity Demand 33%
• Energy Demand Management 33%
• Energy Storage 33%
• Energy Supply 33%
• Energy System Models 100%
• Energy System Operation 33%
• Energy Systems 100%
• High Resolution 33%
• Integrated Energy System 100%
• Multivectors 33%
• Network Capacity 33%
• Renewables 33%
• Secondary Battery 33%
• Spatial Resolution 33%
• System of Systems 33%
• Temporal Resolution 33%
• United Kingdom 100%
• Vehicle to Grid 33%