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Assessing users' performance to sustain off-grid renewable energy systems: The capacity and willingness approach

机译:评估用户维持离网可再生能源系统的性能:容量和意愿方法

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This paper investigates the sustainability of off-grid renewable energy systems (RES) installed in rural communities. Through a solar home system (SHS) case project in Alumar Island, Philippines, the performance of users to sustain their systems was assessed using a novel approach proposed by the authors: the capacity and willingness approach. This approach was an adaptation to advancements in human development theory the paradigm shift from the traditional resources approach to the capabilities approach, as proposed by A. Sen. The actual financial and technical performances of users were predicted using ordered logit regression analysis. It was found that financial capacity attributes, e.g., income and expenses, were prominent in explaining financial performance; know-how-related attributes, e.g., education, were prominent in explaining technical performance; and willingness-related attributes, i.e., willingness to pay, explained both financial and technical performance. The findings aim to provide developers and communities with better strategies for beneficiary scoping, technology selection, and capacity development. (C) 2015 International Energy Initiative. Published by Elsevier Inc. All rights reserved.
机译:本文调查了农村社区安装的离网可再生能源系统(RES)的可持续性。通过菲律宾铝城岛的一个太阳能家庭系统(SHS)案例项目,使用作者提出的一种新颖方法:容量和意愿方法,评估了用户维持其系统的性能。这种方法是对人类发展理论发展的一种适应,这是范式从传统资源方法向能力方法的转变,正如A. Sen所提出的那样。使用有序logit回归分析可以预测用户的实际财务和技术绩效。结果发现,财务能力属性,例如收入和支出,在解释财务绩效方面很突出;与技术有关的属性,例如教育,在解释技术性能方面很突出;以及与意愿相关的属性(即支付意愿)说明了财务和技术绩效。研究结果旨在为开发人员和社区提供更好的受益者范围界定,技术选择和能力开发策略。 (C)2015年国际能源计划。由Elsevier Inc.出版。保留所有权利。

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