| ID | 097428 |
| Title Proper | Comparative analysis for energy production processes (EPPs) |
| Other Title Information | sustainable energy futures for Turkey |
| Language | ENG |
| Author | Talinli, Ilhan ; Topuz, Emel ; Akbay, Mehmet Uygar |
| Publication | 2010. |
| Summary / Abstract (Note) | This study presents a comparative analysis of three different energy production process (EPP) scenarios for Turkey. Main goal is to incorporate the prioritization criteria for the assessment of various energy policies for power alternatives, and evaluating these policies against these criteria. The three types of EPPs reviewed in this study are: electricity production from wind farms in the future, existing coal-based thermal power plants and planned nuclear power plants. The analytical hierarchy process (AHP) is utilized to assess the main and sub-factors of EPPs. Main factors such as economic, technical, social and environmental are assigned in first level of the AHP. The importance weights of factors are produced and priority values with realistic numbers are obtained using Fuzzy-AHP Chang's Model. Priority value for wind energy was determined as two times higher than the others when making the ultimate decision. On aggregate, importance weights of environmental (0.68) and social (0.69) factors make wind power leader. Sub-factors such as public acceptance, waste-emission and environmental impacts cause both nuclear and thermal power to have the lowest priority numbers. Additionally, the CO2 emissions trade was determined to be a very important criterion associated with both economic and environmental factors according to Kyoto Protocol. This study concludes that Turkey's existing thermal power stations should gradually be substituted by renewable energy options according to a schedule of Turkish energy policies in future. |
| `In' analytical Note | Energy Policy Vol. 38, No. 8; Aug 2010: p.4479-4488 |
| Journal Source | Energy Policy Vol. 38, No. 8; Aug 2010: p.4479-4488 |
| Key Words | Energy Production Process ; Multi - Criteria Analysis ; Environmental Impact Assessment |