| ID | 127886 |
| Title Proper | Decision support model for establishing the optimal energy retrofit strategy for existing multi-family housing complexes |
| Language | ENG |
| Author | Hong, Taehoon ; Koo, Choongwan ; Kim, Hyunjoong ; Park, Hyo Seon |
| Publication | 2014. |
| Summary / Abstract (Note) | The number of multi-family housing complexes (MFHCs) over 15 yr old in South Korea is expected to exceed 5 million by 2015. Accordingly, the demand for energy retrofit in the deteriorating MFHCs is rapidly increasing. This study aimed to develop a decision support model for establishing the optimal energy retrofit strategy for existing MFHCs. It can provide clear criteria for establishing the carbon emissions reduction target (CERT) and allow efficient budget allocation for conducting the energy retrofit. The CERT for "S" MFHC, one of MFHCs located in Seoul, as a case study, was set at 23.0% (electricity) and 27.9% (gas energy). In the economic and environmental assessment, it was determined that scenario #12 was the optimal scenario (ranked second with regard to NPV40 (net present value at year 40) and third with regard to SIR40 (saving to investment ratio at year 40). The proposed model could be useful for owners, construction managers, or policymakers in charge of establishing energy retrofit strategy for existing MFHCs. It could allow contractors in a competitive bidding process to rationally establish the CERT and select the optimal energy retrofit strategy. It can be also applied to any other country or sector in a global environment. |
| `In' analytical Note | Energy Policy Vol. 66, No. ; March 2014: p.157-169 |
| Journal Source | Energy Policy Vol. 66, No. ; March 2014: p.157-169 |
| Key Words | Carbon Emissions Reduction Target - CERT ; Energy Retrofit ; Multi-Family Housing Complex - MFHC ; South Korea ; Optimal Energy Retrofit Strategy - OERS ; Urban Electric Supply System ; Energy Policy ; Energy Strategy ; Urban Energy Demand ; Urban Energy Supply ; Global Energy Environment ; Environment Security ; Economic Development ; Efficient Budget Allocation ; Urban Energy Consumption ; Global Environment |