Elsevier, Sustainable Energy, Grids and Networks, Volume 28, December 2021
Rural electrification planning based on graph theory and geospatial data: A realistic topology oriented approach
By the year 2019, the number of people without access to electricity was 770 million, most of which lived in rural areas. The currently models for rural electrification are often limited in their electrical analysis, or focus on a idealistic optimal solution whilst ignoring the real hierarchical topology of power systems. This work proposes a rural electrification strategy that makes use of Geographic Information System (GIS), graph theory and terrain analysis to create the best electric network topology.
Elsevier, Energy for Sustainable Development, Volume 61, April 2021
Understanding the path towards a clean energy transition and post-electrification patterns of rural households
This paper presents an analysis of the path towards a clean energy transition in rural areas, from the time that households do not have electricity access from any source, to when they get access to the national electricity; considering the intermediate access to an off-grid renewable technology, as well as the post-electrification years. For this, field household-level data are collected through surveys and electricity consumption measurements in rural Kenya.
Elsevier, Renewable Energy, Volume 141, October 2019
Environmental sustainability of small-scale biomass power technologies for agricultural communities in developing countries
Agricultural wastes are readily available in farming communities and can be utilised for off-grid electrification as an alternative to diesel generators. This work evaluates for the first time the life cycle environmental sustainability of these small-scale systems in the context of Southeast Asia. Rice and coconut residues are considered for direct combustion and gasification, and livestock manure for anaerobic digestion. Overall, anaerobic digestion is the best option for 14 out of 18 impacts estimated through life cycle assessment.
Elsevier, Renewable Energy, Volume 93, August 01, 2016
Assessing the impact of techno socioeconomic factors on sustainability indicators of microhydro power projects in Indonesia: A comparative study
A review of electricity access projects in rural areas reveals a number of unsustainable features. Each rural area can be very different with regard to the socioeconomic conditions and the dynamics between society and technology. This research is a comparative study to assess the impact of techno socioeconomic factors on the sustainability of two microhydro power projects. The assessment of sustainability projects was based on sustainable development indicators for rural electrification, considering technical, economic, social, environmental and institutional sustainability.