Ingenieurwesen & Materialwissenschaft
Battery storage
98%
Internal combustion engines
70%
Energy management
61%
Heat storage
42%
Fuel consumption
41%
Energy management systems
39%
Starters
33%
Costs
33%
Sorption
32%
Pulse code modulation
31%
Proton exchange membrane fuel cells (PEMFC)
29%
Torque control
29%
Controllers
29%
Hybrid vehicles
28%
Quality assurance
28%
Enthalpy
27%
Adsorption
26%
Hot Temperature
25%
Economics
25%
Powertrains
25%
Electricity
24%
Diesel engines
23%
Zeolites
21%
Engines
21%
Testing
20%
Dynamometers
20%
Torque
19%
Cost reduction
18%
Liquids
17%
Thermal energy
17%
Brakes
17%
Sensors
16%
Monitoring
15%
Set theory
14%
Fuel economy
14%
Uncertainty
14%
Software packages
13%
Molecular sieves
13%
Smart power grids
13%
Fault detection
12%
Fuel cells
12%
Feedback
11%
Dehydration
11%
Space heating
11%
Renewable energy resources
10%
Glass
10%
Air intakes
10%
Phase change materials
9%
Heat generation
9%
Air
9%
Mathematik
Energy Management
100%
Battery
74%
Fuel Cell
44%
Inverter
41%
Control Algorithm
34%
Monitoring
27%
Photovoltaic System
27%
Membrane
26%
Controller
25%
Fault Detection and Isolation
25%
Power Electronics
22%
Storage System
19%
Power System
17%
Modeling
17%
Prediction Model
17%
Black Box
15%
Costs
14%
MATLAB
14%
Diagnostics
13%
Simulation
12%
Economics
11%
Internal
11%
Discrete-time
10%
Grid
10%
Electricity
9%
Deterioration
8%
Pricing
7%
Dynamic Programming
6%
Scenarios
6%
Minimise
5%
Erd- und Umweltwissenschaften
energy management
35%
fuel consumption
32%
energy flow
31%
diesel engine
30%
torque
29%
vehicle
28%
alternative energy
25%
test
21%
engine
20%
energy
19%
consumption
18%
pollution reduction
18%
combustion engine
17%
heuristics
13%
battery
13%
automobile
12%
economy
10%
urban area
10%
new community
9%
control system
8%
surplus
7%
perturbation
7%
legislation
6%
