Optimization-based analysis of decarbonization pathways and flexibility requirements in highly renewable power systems

Keyphrases

• Optimization Approach 100%
• Decarbonization Pathways 100%
• Renewable Power System 100%
• Renewable Generation Mix 100%
• Flexibility Requirements 100%
• Chilean 50%
• Methodological Challenges 50%
• Power System 50%
• Energy Sector 50%
• Energy Conservation 50%
• Planning Model 50%
• Operational Aspects 50%
• Decarbonization 50%
• Coal Phase-out 50%
• Planning Horizon 50%
• Effective Representation 50%
• Flexible Capacity 50%
• Contaminant Emission 50%
• Computational Challenges 50%
• Flexible Resources 50%
• Storage Capacity 50%
• Transmission Capacity 50%
• Ramping Capacity 50%
• Renewable Energy Integration 50%
• Expansion Planning 50%

INIS

• planning 100%
• flexibility 100%
• optimization 100%
• power systems 100%
• decarbonization 100%
• capacity 66%
• balances 66%
• coal 33%
• energy 33%
• range 33%
• resources 33%
• cost 33%
• modeling 33%
• expansion 33%
• storage 33%
• transmission 33%
• emission 33%
• renewable energy sources 33%
• fossil fuels 33%

Engineering

• Power Engineering 100%
• Renewables 100%
• Renewable Generation 66%
• Energy Engineering 33%
• Early Stage 33%
• Fossil Fuel 33%
• Contaminant Emission 33%
• Planning Horizon 33%
• Energy Integration 33%
• Renewable Energy 33%