A Study Using the Hybrid Fuzzy AHP&TOPSIS Method in the Conversion of a LEED-Certified Education Building into a Nearly Zero-Energy Building in a Cold Climate

Keyphrases

• Environmental Design 100%
• Technique for Order Preference by Similarity to Ideal Solution (TOPSIS) 100%
• Fuzzy AHP 100%
• Cold Climate 100%
• Solution Method 100%
• Fuzzy Technique 100%
• Hybrid Fuzzy 100%
• Education Buildings 100%
• Cold Climate Region 100%
• Nearly Zero Energy Buildings (nZEB) 100%
• Energy Design 100%
• Building Energy Efficiency 66%
• Turkey 33%
• Environmental Impact 33%
• Economic Benefits 33%
• Energy Consumption 33%
• Energy Efficiency 33%
• CO2 Emissions 33%
• Energy Performance 33%
• Decision Support System 33%
• Effective Energy 33%
• Payback Period 33%
• Primary Energy 33%
• Hybrid Model 33%
• Energy Modeling 33%
• Mixed Energy 33%
• Energy Efficiency Scenarios 33%
• Single-particle Energy 33%
• Global Cost 33%
• Economic Criteria 33%
• Energy Approach 33%
• Multi-criteria Decision-making Method 33%

Engineering

• Similarities 100%
• Energy Conservation 100%
• Energy Efficiency 100%
• Solution Method 100%
• Ideal Solution 100%
• Leadership in Energy and Environmental Design 100%
• Nearly Zero-Energy Building 100%
• Energy-Efficient Building 100%
• Environmental Impact 50%
• Economic Benefit 50%
• Effective Energy 50%
• Multi-Criteria Decision-Making 50%
• Energy Performance 50%
• Payback Period 50%
• Primary Energy 50%
• Hybrid Model 50%
• Reference Building 50%
• Global Cost 50%
• Energy Modeling 50%
• Analytical Hierarchy Process 50%