۳E (Energy-Economical-Environmental) Analysis for Electrical Energy Production with a Sustainable Development Approach

Today, policymakers are aware of the substantial advantages of renewable energies. From the point of view of national and regional decision-makers, the first priority of preparing a com-prehensive energy plan and the second priority of determining the share of renewable energy in the total energy production basket of the country is an essential step in the energy policy pro-cess. In choosing from various renewable energy options, environmental dimensions are com-bined with economic, technical, and social criteria, which shows the need to combine these crite-ria, the multi-criteria of the governing decision-making space, and policy-making. Multi-criteria decision-making techniques can play an important role in choosing the best solution and option. The statistical population of this study is eight cities in the case study. The renewable energy sources studied include wind, solar, water, geothermal, and biomass. First, the potential of re-newable energy for the study areas was identified. Then the two main criteria of sustainable de-velopment: economic criteria with ۵ sub-criteria and environmental criteria with ۳ sub-criteria were analyzed. Finally, using the Economic Analytic Network Process (ANP) sub criterion, the environmental sub-criterion of each of the weighted renewable energies was allocated. One of the essential results of this research is the income of ۷۲۸۶۸.۸ from solar power in Ardabil. The cost of energy is ۲.۷۲ kWh. The lowest cost per unit of energy produced is related to Khalkhal geothermal energy at ۰.۱۴۴.

Keywords:

Renewable energy , Multi-Criteria Decision-Making , ANP , PROMETHEE