Abstract

There are 17 million people without access to electricity services in Latin America. This population lives in small isolated and scattered communities with low incomes where it is difficult to achieve 100% access to electricity by the grid extension. Therefore, it is necessary to create market mechanisms and promote off-grid electrification in which photovoltaic (PV) technology plays a fundamental role. This research assesses successful projects developed in Peru, Mexico, and Bolivia, where 3rd Generation Solar Home Systems (3G-SHSs) are being introduced to support off-grid initiatives. To do so, we applied a mixed-methods approach including a comparative case study analysis, an extensive literature review, focus group discussions, and field research. Thereby, the lessons learned reveal that confidence, commitment, and flexibility are the main pillars of rural electrification. Additionally, it is demonstrated that the combination of various business models—an energy service company, fee-for-service, pay-as-you-go, and a microfranchising—with 3G-SHSs is powerfully effective in terms of sustainability. Our findings are useful to policy makers, researchers, promoters, and other stakeholders to rethink intervention strategies in rural areas. Access to electricity must be a state policy to facilitate the participation of new actors, especially of the private sector and communities, and the introduction of innovative business models and high-quality technology.

Highlights

  • Energy, one of the main factors in achieving the Sustainable Development Goals (SDGs), is essential to improve people’s living conditions, reduce poverty, and face climate change

  • While in Bolivia, thanks to the fact that municipalities have jurisdiction for rural electrification, ENERGETICA is working in a large number of provinces within the country

  • This research offers new insights to support off-grid electrification under a sustainable approach, which means projects have to be built based on trust, commitment, and flexibility

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Summary

Introduction

One of the main factors in achieving the Sustainable Development Goals (SDGs), is essential to improve people’s living conditions, reduce poverty, and face climate change. This is important in remote areas to support social, economic, and environmental development [1,2]. Providing energy access is a challenge when there are drastic differences between energy use in urban and rural areas [3,4]. Remote and isolated areas have no electricity access because a grid extension is difficult or even economically infeasible. Off-grid systems are being deployed to achieve 100% electrification [7], where photovoltaic (PV) technology plays a fundamental role. 485 million people are expected to gain access to electricity in 2030 through decentralized systems such as solar PV systems and mini-grids, and 185 million people will gain access by grid expansion [8]

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