Engineering
Accuracy
57%
Allocation
66%
Analysis Method
85%
Applications
100%
Automotives
33%
Battery Life
33%
Battery Material
50%
Climatic Change
66%
Cycle Life
16%
Cycles
78%
Development
25%
Doors
66%
Economic Affair
25%
Electric Car
16%
Electric Potential
42%
Electric Vehicle
25%
Electricity Production
33%
Emission Reduction
100%
Energy Engineering
66%
Energy Storage
50%
Energy Storage System
33%
Entire Life Cycle
16%
Environmental Performance
33%
Estimation
42%
General Description
25%
High Speed
16%
Holistic Approach
16%
Infrastructure
75%
Integration
16%
Investment
25%
Laboratories
25%
Life Cycle Assessment
83%
Life Model
16%
Lifecycle
50%
Lithium-Ion Batteries
83%
Measurer
16%
Mechanical Separation
25%
Networks
25%
Operating Temperature
33%
Production
66%
Research
25%
Research Project
25%
Safety Testing
25%
State of Charge
33%
State of Health
71%
Supports
25%
Technical Research Centre
25%
Throughput
33%
Transportation Sector
16%
Water
33%
Earth and Planetary Sciences
Baltic Sea
16%
Bus
16%
Carbon
16%
Carbon Dioxide
16%
Comparison
16%
Country
16%
Difference
16%
Door
66%
Electric Battery
33%
Emission
83%
Estonia
16%
Finland
33%
Greenhouse Gas Emission
50%
High Speed
16%
Holistic Approach
16%
Impact
16%
Investigation
83%
Land
16%
Option
16%
Passenger
33%
Rail
16%
Replacement
16%
Route
50%
Starting
16%
Sweden
16%
Transportation
16%
Transportation Mode
50%
Travel Time
50%
Water
33%
Computer Science
Collecting Data
20%
Current-State
25%
Data Analysis
40%
Data Governance
20%
Data Source
20%
Decision Maker
20%
Decision-Making
20%
Design
100%
Digitalisation
40%
Innovations
40%
Living Standard
20%
Managing Data
20%
Natural System
20%
Networking
20%
Networks
25%
Open Data
20%
Processing Data
20%
Research Infrastructure
100%
Research Material
25%
Research Project
25%
Sensor
20%
Simulation Mode
20%
Technical Description
25%
Testbed
50%
Transformations
20%
