Modeling Lebanon’s electricity sector: Alternative scenarios and their implications

An integrated model for generation maintenance coordination in a restructured power system involving gas network constraints and uncertainties

“…On the other hand, in households, growing usage of gas for heating is observed which it can threat the primary fuel availability for power generation. Therefore, dependency of power generation to gas network has become one of the concerns of energy policy makers [1][2][3][4][5][6][7].…”

Techno-economic demand projections and scenarios for the Bolivian energy system

“…Its versatility for modelling different energy systems supports, in a single model, a wide range of modelling methodologies for both the demand and the supply side, including bottom-up [35], top-down macroeconomic modelling and also hybrid model possibilities [29]. In addition, the modelling framework can be scaled from regional [36], national [37], [38], and city perspectives [39], [40], and can address electricity demand-supply analyses [41], [42], [43], costbenefit studies [44], emission mitigation assessments [45], [46] and other specific sectorial analyses including e.g. transport [47], [48] or landfill gas [49] in developed and developing countries.…”

A nonparametric approach for evaluating long-term energy policy scenarios: an application to the Greek energy system

“…The results indicated that current mitigation options should be further encouraged, among others with structure reformation at the sector level, energy efficiency options, RES, and mitigation incentives. Dagher and Ruble (2011) constructed scenarios about the electricity sector in Lebanon and examined the shift toward natural gas in one scenario and toward RES in another scenario. Yophy et al (2011) investigated the energy sector in Taiwan.…”