INIS
design
100%
carbon
100%
capacity
100%
market
100%
electric power
100%
power
25%
power systems
16%
interactions
16%
resources
16%
incentives
16%
cost
16%
performance
16%
electricity
8%
european union
8%
shortages
8%
supply
8%
efficiency
8%
coupling
8%
economics
8%
blocking
8%
implementation
8%
delivery
8%
reliability
8%
penalties
8%
recommendations
8%
reviews
8%
exports
8%
environment
8%
algorithms
8%
signals
8%
decarbonization
8%
Social Sciences
Electric Power
100%
Remuneration
100%
Capacity
100%
Technology
27%
Social Participation
27%
Integration
18%
Power Sector
18%
Interaction
18%
Theses
18%
Incentive
18%
International Experience
9%
Evidence
9%
Subject
9%
Effectiveness
9%
Implementation
9%
Analysis
9%
Shortage
9%
Discounting
9%
Government
9%
European Community
9%
Commitment
9%
Support
9%
Consumers
9%
Market Mechanism
9%
Attention
9%
Engineering
Mechanisms
100%
Low Carbon
100%
Design
100%
Regional Market
30%
Renewable Technology
30%
Market Integration
20%
Power Sector
20%
Design Element
20%
Capacity Market
10%
Market Rule
10%
Mechanism Design
10%
Couplings
10%
Model-Based Analysis
10%
Power Engineering
10%
Future Power System
10%
Conventional Technology
10%
Codes
10%
Renewables
10%
Supports
10%
System Reliability
10%
System Operator
10%
Economics, Econometrics and Finance
Market
100%
Wages
100%
Greenhouse Gas Emissions
100%
Energy Sector
18%
Incentives
18%
Benefits
9%
Mechanism Design
9%
Revenue
9%
Efficiency
9%
Electricity Supply
9%
Market Mechanism
9%