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Sustainable and renewable are certainly veryappreciated terms nowadays. These words may summarize awhole new attitude towards our world and the people wholive in it. This paper’s goal is to define an original multicriteriaenergy model, named SRIME, specially designedfor developing countries. First, an extensive research will becarried out on: energy demand; potential renewable energy,its current know-how and potential future development;potential avoided emissions (CO2, NOX, SO2); and thepossible international support versus the in-country possibilities.The precedence constraints will be applied toestablish in which degree renewable energy may be substitutingfor the fossil fuel: the purely economic approach willgive way to a sustainable, renewable, development focusedenergy planning. It must be noted that an innovative functionhas been specifically included in the SRIME, whichevaluates, applying the precedence constraints, the influencerenewable energy may have on developing countries ruralhealth and education. Six functions have been established:replaceable amount of fossil energy; CO2, NOX and SO2avoidable emissions; rural health and education developmentmaximization; and the cost function. These functionswill be optimized through the Chebyshev distance (L?)compromise programming minimization, so that the Paretooptimal solution may be obtained.0.540 SJR (2015) Q2, 25/106 Energy (miscellaneous), 40/172 Environmental engineeringUE

Sustainable and renewable implementation multi-criteria energy model (SRIME)—case study: Sri Lanka