Social Sciences
Renewable Energy
100%
Danish
94%
Planning
87%
Denmark
75%
Transition
50%
Economic and Social Development
48%
Energy Sector
43%
Municipality
40%
Wind Power
36%
Perspective
34%
Evaluation
33%
Economics
32%
Analysis
31%
Technology
30%
Heat
29%
Approach
28%
Strategy
28%
Buildings
27%
District Heating
25%
Actors
25%
Netherlands
24%
Project
23%
Costs
21%
Implementation
20%
Technological Change
20%
Energy Policy
19%
Energy Transition
18%
Region
17%
Communities
17%
Policy
17%
Change
16%
Support
15%
Capacity
15%
Urban Areas
15%
Turbine
15%
Fossil Fuel
15%
Climate Change
15%
Co-Creation
15%
Landscape
14%
Nonprofit Organizations
14%
Measure
13%
Local Government
13%
Influence
13%
Understanding
13%
Scenarios
13%
Efficiency
12%
Example
12%
Savings
12%
Citizen
12%
Thinking
12%
Engineering
Energy Engineering
79%
District Heating
75%
Renewable Energy System
54%
Energy Systems
48%
Wind Power
48%
Development
41%
Planning
41%
Energy Planning
24%
Evaluation
24%
Fossil Fuel
20%
Buildings
20%
Supports
18%
Models
16%
Renewable Energy
16%
Measurer
15%
Heat Production
12%
Alternative Fuel
12%
Heat Supply
12%
Reduction
12%
Smart Energy System
12%
Hydroelectric Energy
12%
Electricity Cost
12%
Economic Optimisation
12%
Energy Transition
12%
Transmissions
12%
Green City
12%
Elements
10%
Electricity Grid
9%
Energy Supply
8%
Member State
7%
Boiler
6%
Economics
6%
Foundations
6%
Characteristics
6%
Energy Market
6%
Sustainable Practice
6%
Efficiency
5%
Global Warming Potential
5%
Renewable Energy Source
5%
Land Use
5%
District Heating System
5%
Design
5%
Future Energy
5%
Earth and Planetary Sciences
Renewable Energy
49%
Wind Power
36%
Denmark
32%
Ownership
24%
Public
22%
Recommendation
18%
Oil
15%
Model
15%
Municipality
14%
Country
13%
Project
12%
District Heating
12%
Gas
12%
Norway
12%
Policy Planning
12%
Heat Production
12%
Alternative Fuel
12%
Context
12%
Metropolitan Area
12%
Energy Policy
12%
Island
12%
Citizen
12%
Renewable Energy Planning
12%
Market Development
12%
Life Cycle Assessment
12%
Reviewing
12%
Planning
12%
Evaluation
12%
Fuel Production
12%
Technology
12%
Cost
12%
Set
12%
Report
12%
Support
11%
Heat
9%
Economics
9%
Natural Gas
8%
Land Use
8%
Building
7%
Feasibility
7%
Socioeconomics
7%
Strategy
7%
Purpose
6%
Literature Review
6%
Foci
6%
Just Transition
6%
Consumer
6%
Subsidy
6%
Geographic Information Systems
6%
Global Warming Potential
5%