Sustainable rural electrification planning in developing
planning methodology is applied to 2,269 isolated communities in Venezuela that still lack electricity. The methods and conclusions of this work are intended to be a contribution to the improvement of rural elec-trification programs with renewable energy in other countries of the developing world. 1. Introduction
Optimizing PV Microgrid Isolated Electrification Projects A
microgrid topologies, this strategy allows the energy supply to be independent from the resources available at demand points, cost savings thanks to economies of scale for shared equipment and supply flexibility in case of an increase in demand [21].
Sustainable rural electrification planning in developing countries: A
In this sense, they are a suitable alternative for the electrification of almost inaccessible rural communities in developing countries, by means of isolated systems and/or
Sustainability and design assessment of rural hybrid microgrids
In this work, a sustainability evaluation is carried out on hybrid wind-PV-diesel-battery microgrids implemented in north-western Venezuela. The projects are part of a government strategy to promote electricity access in isolated poor regions using renewable energy, under the program "Sowing Light".
Optimizing PV Microgrid Isolated Electrification Projects A
microgrid topologies, this strategy allows the energy supply to be independent from the resources available at demand points, cost savings thanks to economies of scale for shared equipment
Status of Microgrids in Latin America 2024 Symposium on
A Review of Microgrids in Latin America - Test Systems Country Proyecto Generation and storage PV W BESS DG H Bolivia Saqa''saqa X X Isolated 2008 25 people Venezuela Jacuque X X X X Isolated 2009 10 families Perú El Regalado X X Isolated 2009 175 people Perú Alto Perú X X X Isolated 2009 65 users Ecuador San José del Coca X X X X
Sustainability and design assessment of rural hybrid
In this paper, 13 microgrid projects in north-western Venezuela are presented and their environmental, technical, socioeconomic and institutional dimensions of sustainability are evaluated. For this purpose, an evaluation
A Review of Microgrids in Latin America: Laboratories and Test
Its versatility to operate in grid-connected or isolated mode allows adapting the microgrid concept to several urban and rural applications. This has motivated industry and academia to develop experimental projects, prototypes, and application pilots worldwide.
Sustainable rural electrification planning in developing
planning methodology is applied to 2,269 isolated communities in Venezuela that still lack electricity. The methods and conclusions of this work are intended to be a contribution to the
Socio-economic and technological impact of a microgrid in
Abstract: In this paper, we analyzed the impact that has a microgrid in isolated communities. The social appropriation of these systems involve aspects that go beyond of their operation and
Socio-economic and technological impact of a microgrid in isolated
Abstract: In this paper, we analyzed the impact that has a microgrid in isolated communities. The social appropriation of these systems involve aspects that go beyond of their operation and can put their sustainability at risk.
Optimal sizing and operation of isolated microgrids for developing
In this study, we investigate the benefits and drawbacks of using Monte Carlo techniques to cope with uncertainties involved in the optimal design and operation of hybrid microgrids, proposing
Optimal sizing and operation of isolated microgrids for
In this study, we investigate the benefits and drawbacks of using Monte Carlo techniques to cope with uncertainties involved in the optimal design and operation of hybrid microgrids, proposing new sizing criteria and highlighting best practices.
Sustainable rural electrification planning in developing countries
In this sense, they are a suitable alternative for the electrification of almost inaccessible rural communities in developing countries, by means of isolated systems and/or microgrids, using wind and solar technologies.