2017
DOI: 10.1016/j.renene.2017.01.044
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A financial approach to renewable energy production in Greece using goal programming

Abstract: Investing in renewable energy production is a high interest venture considering global energy needs and the environmental impact of fossil fuel consumption. Motivated by the goals set by the European Union towards 2020, this study aims at designing a renewable energy map (installing solar power plants) in Greece. Three aspects are considered, namely, social, financial, and power production aspects. A goal programming model is developed under target and structural constraints, and all possible weight combinatio… Show more

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Cited by 37 publications
(18 citation statements)
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“…The inclusion of multifaceted dimensions (technical, economic, environmental, social, and institutional) can be taken into account as a set requirement for consideration by future researchers. The proper criteria selected in the sustainability assessment of energy systems, system designers, manufacturers, risk analysts, environmentalists, and businesses ensure that the conceptual in a system design will be free from any cognitive weakness from sustainability risk point of view [28], can play a key role in the subsequent selection and reporting of the best alternative [70], have to be proven useful for designers and practicing engineers to compare various alternatives of a product from the life-cycle design point of view [71] and not undermine the socio-economic determinants of sustainability accomplishment through alternative energy sources for energy production, and energy consumption especially among energy-intensified developed economies [72][73][74].…”
Section: Discussionmentioning
confidence: 99%
“…The inclusion of multifaceted dimensions (technical, economic, environmental, social, and institutional) can be taken into account as a set requirement for consideration by future researchers. The proper criteria selected in the sustainability assessment of energy systems, system designers, manufacturers, risk analysts, environmentalists, and businesses ensure that the conceptual in a system design will be free from any cognitive weakness from sustainability risk point of view [28], can play a key role in the subsequent selection and reporting of the best alternative [70], have to be proven useful for designers and practicing engineers to compare various alternatives of a product from the life-cycle design point of view [71] and not undermine the socio-economic determinants of sustainability accomplishment through alternative energy sources for energy production, and energy consumption especially among energy-intensified developed economies [72][73][74].…”
Section: Discussionmentioning
confidence: 99%
“…GP is a widely recognized and used tool supporting decisions based on multi-criteria perspectives in the scientific and nonscientific communities. Among several other examples, its application includes a decision making process to choose among potential renewable energy plants considering contradicting goals, like social aspects, financial, and location (Zografidou et al, 2017), or to support a better choice between public transport projects considering social and financial aspects (Yang et al, 2016), or to choose a community energy plan among several options with different performances for techno-economic aspects (Huang et al, 2017). The usage of GP requires a deeper understanding about how the production system assessed works, and precise information supported by primary data.…”
Section: Goal Programming Supporting a Multicriteria-based Decisionmentioning
confidence: 99%
“…The major part of energy consumption in the world is related to fossil fuels, which are known as exhaustible energy sources, and thus, humans always see themselves exposed to the risk of the resources getting over. 1 On the other hand, rising electrical energy consumptions, confined spaces, and slow development of the grids have accompanied with formation of the regions with high charge density, and both lack of power quality and voltage instability are its consequences. Moreover, problems such as voltage drop and high loss across distribution lines, in rural electrification, indicate a poor network performance.…”
Section: Introductionmentioning
confidence: 99%
“…Moreover, problems such as voltage drop and high loss across distribution lines, in rural electrification, indicate a poor network performance. 1 On the contrary, electric power research institutes, despite their grids and financial resources restrictions, are struggling to develop and strengthen their grids. To this end, distributed generation (DG) can be one of the preferred options.…”
Section: Introductionmentioning
confidence: 99%