Engineering
Cost Reduction
100%
Nearly Zero-Energy Building
85%
Life Cycle Assessment
42%
Multifamily Building
42%
Energy Performance
42%
Investment Cost
42%
Energy Engineering
42%
Significant Cost Reduction
35%
Lifecycle Cost
35%
Germany
35%
Local Acceleration
21%
Generation System
21%
End-Users
21%
User Experience
21%
Construction Process
21%
District Heating
21%
Low-Temperature
21%
Energy Building
21%
Building Technology
21%
Minimum Energy Performance
21%
Zero-Energy Building
21%
Lifecycle
21%
Performance Requirement
21%
Primary Energy
21%
Insulation Level
14%
Longer Term
14%
Cycle Life
14%
Energy Conservation
14%
Member State
14%
Construction Cost
14%
Research Project
14%
Solar Heating System
14%
Balance Point
14%
Renewable Energy
14%
Life-Cycle Cost Analysis
14%
Keyphrases
Solution Set
85%
Nearly Zero Energy Buildings (nZEB)
85%
Cost Reduction
71%
Life Cycle Assessment
42%
Cost Optimization
42%
Technology Solutions
35%
Environmental Life Cycle Assessment
28%
Denmark
28%
Photovoltaic System
14%
Construction Cost
14%
Insulation Level
14%
All Solutions
14%
Solar Heating System
14%
EU Member States
14%
Assessment Analysis
14%
Renewable Energy
14%
Energy Saving Measures
14%
Life Cycle Cost Analysis
14%
Solar Energy Supply
14%
Horizon 2020
14%
Slovenia
14%
Germany
14%
Life Cycle Cost
14%
Italy
14%
Construction Process
10%
Planning Process
10%
Co-benefits
10%
User Behavior
10%
Close Cooperation
10%
Low-temperature District Heating
10%
Tenants
10%
Single-family House
10%
New Buildings
10%
Prefabrication
10%
Pre-construction
10%
User Expectations
10%
Generation System
10%
End-user Experience
10%
Energy Performance
10%
Housing Associations
10%
Intensive Interaction
10%
Personal Evaluation
7%