Earth & Environmental Sciences
wind power
75%
alternative energy
49%
electricity
46%
energy
40%
life cycle
37%
distribution
36%
demand
34%
climate change
31%
planning
28%
resource
28%
penetration
23%
wind farm
23%
wave energy
21%
cost
20%
climate change impact
19%
climate
19%
power generation
19%
carbon emission
18%
methodology
16%
carbon
15%
infrastructure
14%
wind velocity
14%
turbine
14%
greenhouse gas emissions
14%
electricity industry
12%
environmental impact
12%
modeling
11%
river flow
11%
economics
11%
analysis
10%
greenhouse gas
10%
method
10%
vessel
10%
gas
10%
renewable energy source
10%
distribution system
10%
hydrogen
10%
climate effect
9%
electricity generation
9%
tidal current
9%
weather
9%
market
9%
liberalization
9%
time series
9%
hydroelectric power
9%
project
8%
viability
8%
loss
8%
economic impact
7%
planning method
7%
Engineering & Materials Science
Distributed power generation
100%
Electric power distribution
82%
Electricity
55%
Climate change
53%
Wind power
32%
Electric potential
31%
Carbon
27%
Planning
27%
Active networks
27%
Hot Temperature
22%
Renewable energy resources
22%
Network management
21%
Uncertainty
19%
Economics
19%
Life cycle
19%
Voltage control
18%
Costs
16%
Time series
15%
Decentralized control
15%
Environmental impact
13%
Energy storage
12%
Hydrogen
11%
Gases
11%
Farms
9%
Smart power grids
9%
Demand side management
9%
Power generation
9%
Energy resources
8%
Reactive power
8%
Global warming
8%
Wind turbines
8%
Rivers
8%
Electric vehicles
7%
Outages
7%
Turbines
7%
Genetic algorithms
7%
Greenhouse gases
7%
Overhead lines
6%
Natural gas
6%
Gas emissions
6%
Availability
6%
Teaching
6%
Scheduling
6%
Solar energy
6%
Temperature
6%
Industry
6%
Electric power transmission networks
6%
Power plants
5%
Network security
5%
Brewing
5%
