Social Sciences
Design
100%
Energy Resources
100%
Distribution System
100%
Integrity
100%
Comparison
100%
Market Design
100%
Distribution
83%
Consumers
66%
Economic Efficiency
50%
Investment
33%
Customers
33%
Cost
33%
Electricity
33%
Difference
16%
Analysis
16%
Equilibrium
16%
Complexity
16%
Willingness-to-Pay
16%
Pricing
16%
Market
16%
Service Industries
16%
Problem
16%
Capacity
16%
Consumer Preference
16%
Perspective
16%
Time
16%
Feedback
16%
INIS
design
100%
energy
100%
market
100%
distribution
100%
voltage
100%
resources
100%
comparative evaluations
100%
dynamics
27%
efficiency
27%
economics
27%
electricity
18%
investment
18%
cost
18%
grids
18%
levels
9%
capacity
9%
feedback
9%
approximations
9%
energy distribution
9%
equilibrium
9%
constraints
9%
Engineering
Distributed Energy Resource
100%
Distribution System
100%
Low Voltage
100%
Design
100%
Economic Efficiency
30%
Locational Marginal Pricing
30%
Customers
20%
High Voltage
10%
Investment Cost
10%
Design Complexity
10%
Large Consumer
10%
Energy Distribution
10%
Ancillaries
10%
Characteristics
10%
Investment
10%
Real-Time Pricing
10%
Energy Engineering
10%
Economics, Econometrics and Finance
Mechanism Design
100%
Efficiency
60%
Investment
40%
Customers
40%
Cost
40%
Equilibrium Model
20%
Market
20%
Willingness to Pay
20%
Pricing
20%
Computer Science
Distribution System
100%
Design
100%
Economic Efficiency
30%
Design Complexity
10%
Roles
10%
Context
10%
Service
10%
Energy Distribution
10%
Characteristic Network
10%
Keyphrases
Distribution Energy Resources
20%
Differences in Distributions
20%