Access To Electricity Research Articles

Comparative analysis of rural communities’ tradeoffs in large-scale and small-scale renewable energy projects in Kenya

AbstractIn Kenya's dynamic renewable energy landscape, characterized by complex policy frameworks, complex land tenure regimes, and diverse community dynamics, this qualitative research investigates the mechanisms and motivations guiding community decision-making when trading land for electricity access within the context of renewable energy projects. Through the lens of the Institutional Analysis and Development (IAD) framework, particularly the rules in use, this study unravels the complexities of rural communities’ trade-offs inherent in both large-scale and small-scale renewable energy projects. Data was collected through in-depth interviews, focus group discussions, and participant observations in rural communities engaged in these projects. The findings offer new insights into communities’ decision-making processes and institutional dynamics in shaping outcomes, with a focus on land rights and land use implications. The analysis highlights the relational nature of the trade-offs, influenced by factors such as land tenure systems, project scale, electricity access, traditional knowledge, and local context, supporting the importance of understanding communities’ diverse roles and positions, power dynamics, and governance structures. Overall, this study contributes to a deeper understanding of the complexities surrounding land-electricity trade-offs in renewable energy projects in rural areas, emphasizing the need for adaptable strategies to address evolving community needs and challenges.

Digital Gig Work Under Unstable Energy Infrastructures: Invisible Workarounds and Alternative Imaginaries

Digital upskilling and remote work are frequently presented as pathways for displaced communities who face political, economic crises and employment barriers. The viability and stability of available energy infrastructures for these communities is critical to the long-term success of these proposed job trajectories. In this paper, we investigate how 17 Syrian refugees living in Lebanon navigate their local unstable energy infrastructures to conduct digital gig work and receive digital training. We found that digital gig work and training are workarounds to the political and social inaccessibility of local labor markets for refugees and that participants rely on a series of material energy strategies to optimize their electricity access. We argue that to support refugees conducting digital gig work and training, we must recognize and account for ecological, social, and technological limitations and frailties in the development of technological solutions and draw our attention to how infrastructures are perpetually undergoing processes of breakdown, repair, and renewal. We argue that this attention to ongoing transformation and renewal creates new opportunities for productive and creative reconfiguration as well as modes through which CSCW may intervene in unstable energy contexts. From this perspective, we emphasize the importance of better resourcing displaced communities with information regarding energy access and supporting them in establishing and strengthening their own visions for alternative energy systems and employment pathways.

Optimal planning and sizing of microgrid cluster for performance enhancement

Access to electricity is a key indicator of a country’s development. In developing nations like Ethiopia, this metric is particularly crucial for assessing progress. Currently, about 45.8% of Ethiopia’s population lacks access to electricity, with rural areas experiencing even higher rates, reaching 57.2%. The Southern Nations, Nationalities, and People’s (SNNP) region faces the greatest challenge, with 62.1% of its population lacking electricity. Ethiopia aims to achieve universal electricity access by 2030, and microgrid (MG) development is expected to play a pivotal role in meeting this goal. This study employs a multi-tier framework (MTF) to categorize village households based on electricity access, considering factors like income level and willingness to pay, to support the MG development process. Three villages—Toba, Koza, and Womba—in the SNNP region were selected for optimal MG sizing. Sensitivity variables such as global horizontal irradiance (GHI) variation, photovoltaic (PV) and battery prices, battery usage limits, and capacity shortage levels were analyzed for their impact on net present cost (NPC), initial capital cost, and cost of energy (COE) using HOMER Pro software. For example, in the Toba MG, increasing the capacity shortage from 0 to 10% reduced the COE from 0.1195 $/kWh to 0.09104 $/kWh, a 23.82% decrease. Additionally, fluctuations in PV and battery prices had a direct impact on the system’s NPC. The study also explored the impact of clustering the microgrids by interconnecting the three individual systems and conducting a techno-economic analysis. The comparison between standalone MG operation and clustered microgrids revealed that, despite the added cost of interconnection, the benefits in terms of technological, economic, and reliable operation of the clustered system were comparable to standalone microgrids. Finally, a feasibility study was conducted for the potential grid extension of the Toba MG, which is located 130 km from the nearest substation in Sawla.

Enhancing Bulb Turbine Performance Assessing Air Injection for Vibration Mitigation and Hydrofoil Cavitation

Small hydro technology is playing a crucial role in advancing sustainable, clean energy policies as part of the global hydro development strategy. Its contribution to social and economic development is becoming more prominent, particularly in ensuring electricity access for rural communities and supporting industrial expansion. The main causes of bulb turbine failures under high operating conditions are frequently attributed to variations in pressure in the draft tubes, which are aggravated when a spinning vortex rope is formed under load operation. Different fluid injection techniques, namely compressed air and water jet injection, address these issues and reduce the negative results of cavitation. The investigation covers the flow visualization on the suction side of a single hydrofoil utilizing a cavitation tunnel and a bulb turbine. This study assesses the effectiveness of compressed air injection in reducing vibration generated by cavitation in bulb turbines. Positive results of the experimental studies suggest a decrease in noise and vibration by air injection that prevents oscillations of the vortex rope. This research also considers how the hydrofoil design of bulb runner blades influences flow characteristics. Hence, it provides knowledge on cavitation structures in diverse cavitation numbers. Different studies that compare the original and modified hydrofoil designs reveal remarkable improvements that may be due to changes in the key parameters of the hydrofoil, such as later cavitation initiation and reduced intensity. To obtain the optimal output of a bulb turbine by considering air injection for vibration reduction and hydrofoil design changes to limit the negative effect of cavitation, the Reynolds number and cavitation number are to be defined. This multidisciplinary approach possesses enormous potential to increase the reliability and efficiency of bulb turbines in challenging operating conditions.

Achieving universal energy access in remote locations using HOMER energy model: a techno-economic and environmental analysis of hybrid microgrid systems for rural electrification in northeast Nigeria

The developing world continues to face substantial obstacles to achieving affordable and dependable electricity access. This issue is especially pertinent for Nigeria, where diesel generators are widely relied upon in urban and rural regions because of an underdeveloped and unreliable national grid. The lack of grid reliability is worsened in Northeastern Nigeria, an area plagued by conflict, extreme poverty, and grid infrastructure deterioration. This study investigates the feasibility of implementing community-scale microgrids in rural areas without grid connection access. It focuses on assessing the technical, economic, and environmental aspects of utilizing these microgrids to deliver inexpensive and dependable electricity to underserved populations to increase energy access. A case study was conducted in Kabuiri, a village with an estimated population of 2,300 residents and an estimated load demand of 610 kWh per day. A hybrid microgrid system was designed and optimized to meet the community’s load demand using HOMER software, sized to produce 610 kWh/day of electricity with a renewable penetration of 99%. The optimal solar PV/battery/generator system had a levelized cost of electricity (LCOE) of $ 0.093 per kWh, a net present cost (NPC) of $266,709, and an annual operating cost of $9,110. The system contributed 1,624 kg CO2 eq/year of global warming potential and 56.81 kg O3 eq/year of smog formation during operation. Sensitivity analysis showed that the system could effectively react to or adapt to substantial increases in diesel prices, requiring only marginal increases in photovoltaic capacity and reduced generator usage to maintain the most cost-efficient operation. Additionally, the system model can be adapted based on the population of the remote community without substantially impacting the LCOE, however, the NPC increases with increase in population size. This research will aid in increasing energy access in remote locations by providing insights to stakeholders and energy access project developers.

Research on AUV Multi-Node Networking Communication Based on Underwater Electric Field CSMA/CA Channel

To address the issues of high attenuation, weak reception signal, and channel blockage in the current electric field communication of underwater robots, research on autonomous underwater vehicle (AUV) multi-node networking communication based on underwater electric field Carrier Sense Multiple Access with Collision Avoidance (CSMA/CA) channel was conducted. This article, first through simulation, finds that the Optimized Link State Routing (OLSR) protocol has a smaller routing packet delay time and higher reliability compared to the Ad Hoc On-Demand Distance Vector (AODV) protocol on underwater electric field CSMA/CA channels. Then, a 2FSK underwater electric field communication system was established, and dynamic communication experiments were carried out between two AUV nodes. The experimental results showed that within a range of 0 to 3.5 m, this system can achieve underwater dynamic electric field communication with a bit error rate of 0 to 0.628%. Finally, to avoid channel blockage during underwater AUV multi-node communication, this article proposes a dynamic backoff method for AUV multi-node communication based on CSMA/CA. This system can achieve dynamic multi-node communication of underwater electric fields with an error rate ranging from 0 to 0.96%. The research results have engineering application prospects for underwater cluster operations.

Assessment of energy security in West Africa: A case study of three countries

The study draws key energy policy lessons by assessing and comparing the energy security performance of Burkina Faso, Nigeria and Ghana. The Energy Security Index with application to West Africa is created from eight dimensions and 24 indicators using a simple additive method and non-statistical induced weights. Study results show that the main energy security challenges in West Africa are low public investment in energy infrastructure (including renewable energy), high energy prices, low electricity access, high energy system inefficiencies, armed attacks on energy infrastructure and deteriorating energy sector governance. The study recommends prioritising investment in electricity sector infrastructure in West Africa.

The potential of electric agriculture and mobility for the least-cost rural electrification strategy in Sub-Saharan Africa

Electrification is a crucial driver of rural development in Sub-Saharan Africa (SSA), yet progress is often impeded by low demand density, particularly for grid extension. Despite the promising potential of stand-alone and mini-grid systems, rural areas frequently lag behind due to their low economic viability in electrification. Simultaneously, the mechanization of agriculture and the motorization of transport offer the opportunity to increase economic activity. This publication explores the role of electric vehicles (EVs) and electric tractors (ETs) in rural electrification scenarios.We present a methodology to quantify the theoretical impact of EVs and ETs on SSA’s electrification strategies, applied specifically to Nigeria and Chad. Our simulations in Nigeria reveal that not only supply options with higher capacity are needed, but that EVs have the potential to lower the cost of electricity (LCOE) by an average of 54 %, and ETs have the potential to reduce LCOE by 49 %, depending on local mobility and mechanization demand. Rural areas with significant cropland particularly benefit from using ETs to achieve cheaper electricity access. In Chad, where grid infrastructure is minimal, our assessment shows that EVs and ETs can significantly influence least-cost electrification strategies. By 2030, mini-grids will become the least-cost supply option for 60% of the newly connected population, compared to just 13% when only residential demand is considered.Our methodology advances the widely used ONSSET electrification planning model to estimate the maximum joint potential of electrified agriculture, electric mobility and adapted rural electrification strategies. Our approach involves geospatially estimating energy demands using macroscopic available population, land cover, and infrastructure data. The findings underscore the importance of jointly implementing EVs and ETs and electrification strategies for technology leapfrogging, highlighting the economic viability and potential of EVs and ETs in rural scenarios. The results provide policymakers with quantitative indicators on the impact of the implementation for Nigeria and Chad.

Renewable energy: A way out for South Sudan’s electricity crisis

South Sudan is one of the least electrified countries in the world, despite having abundant renewable energy resources that could be exploited to generate electricity. The country relies on imported diesel for electricity generation, besides having limited focus on renewable energy development. This policy brief sheds light on the potential of renewable energy as a solution to South Sudan’s ongoing electricity crisis. It examines the key factors hindering the development of renewable energy resources for electricity generation in the country. The brief also provides recommendations to the Government of South Sudan, policymakers, experts, and funding institutions on how to improve electricity access in the country. It is stressing on the importance of prioritising the development of diverse renewable energy resources, such as solar, wind, and small hydropower, as an immediate solution to the electricity access challenges in the country.

Analysis Of Village SDGS System In Sustainable Development In Loloana'a Gido Village, Gido District, Nias Regency

The phenomena that occurred at the research location were as follows: 1) lack of active participation of village communities in the development process; 2) lack of basic infrastructure development such as roads, electricity, and internet access is very important for village progress; 3) lack of sustainable management of natural resources to protect the environment and ensure the availability of resources for future generations. The purpose of this research is to find out how the Village SDGs System and sustainable development in Loloana'a Gido Village, Gido District, Nias Regency. The research approach used in this study is a qualitative approach. The data collection techniques used are observation, documentation and interviews. And the data analysis techniques used are data collection, data reduction, data presentation and drawing conclusions. Based on the results of the interview above, it can provide an explanation of the Analysis of the Village SDGs System in Sustainable Development in Loloana'a Gido Village, Gido District, Nias Regency. Analysis of the Village SDGs system is an important approach to understanding the objectives of SDGs can be implemented in an integrated manner at the village level.

Assessing the Socio-Economic Impacts of Solar Home Systems on Chingad, Surkhet

This study assesses the multifaceted socio-economic impacts of Solar Home Systems (SHS) on the remote community of Chingad, Surkhet. Employing a comprehensive research framework, we investigate the extent to which the adoption of SHS has influenced the livelihoods, economic activities, and social dynamics within the community. Through a combination of quantitative and qualitative methodologies, we analyzed the economic benefits, social empowerment, and environmental sustainability associated with the integration of solar energy. The limitations of the study included its focus on Chindgad-5, Surkhet. This research employed a descriptive-analytic approach within an exploratory research design. In the study area, a total of 386 households were included, with 188 utilizing solar energy in December 2023 AD from field observation. The research focused on a subset of 36 purposely selected solar home system users. Energy consumption patterns varied among ethnic groups and social classes, and universal electricity access was not observed in the study area. The study integrated both descriptive and exploratory elements to comprehensively address its objectives, utilizing a combination of primary and secondary data. For policymakers, development professionals, and other stakeholders engaged in sustainable energy projects in similar circumstances, the findings offer insightful information about the complex relationships that are present between solar technology and the local socioeconomic fabric. The study provides valuable insights for policymakers, energy planners, and development organizations working towards sustainable and inclusive energy solutions in rural Nepal. The successful integration of SHS not only addresses energy needs but also contributes to economic development and improved living conditions in off-grid communities.

Tier‐based transformation in women's time management through electricity access: Insights from rural Cambodia

AbstractThis research examines the impact of electricity access on women's time management in rural Cambodia using qualitative methods, including semi‐structured interviews and textual analysis. The study reviews crucial concepts, such as women's empowerment and time poverty and explores how electricity access influences these dynamics. Findings indicate that while previous studies suggest a uniform reduction in time poverty due to decreased drudgery across different levels of electricity access, this study reveals variations. It shows that reductions in time poverty are not only from decreased drudgery but also from increased disposable time, especially in off‐grid conditions where women may experience an increase in drudgery. Moreover, the extent of time poverty reduction varies with the level of electricity access, highlighting a nuanced pattern from off‐grid to national grid scenarios. This study contributes to understanding the gendered impacts of electricity access and its relation to women's autonomy in time management.

Toward energy for all? Heterogeneous electricity constellations in Mozambique’s Greater Maputo region

ABSTRACT Debates on urban infrastructures in the global South have suggested that heterogeneous infrastructures may help improve urban electricity access yet also raise equality concerns. However, neither the urban inequalities associated with such electricity access nor how those inequalities play out in different urban neighbourhoods has been systematically studied. To better understand how electricity access develops in the context of heterogeneity, we examine five urban neighbourhood types in Mozambique’s Greater Maputo region, where heterogeneous electricity constellations provide some access to critical services yet have been unable to advance equal access to electricity. Connectivity is increasing at city level, but affordability and reliability are compromised in some neighbourhoods, and negative health, safety, and environmental impacts are observed in others. To accelerate equal electricity access throughout the city more attention must be paid to reducing trade-offs between different access dimensions that affect specific user groups in different settlements.

Electricity security in Uganda: Measurement and policy priorities

Reliable, accessible, affordable, and sustainable electricity systems are fundamental to modern and progressive economies. For developing societies, particularly those with fragile power generation capabilities and electricity networks, the electricity security metrics are incomparable and remain untested. A Multi-Criteria Decision-Making (MCDM) method that follows an entropy-based weighting system is employed to quantitatively evaluate and construct an Electricity Security Index (ESI) for Uganda. Results reveal that Uganda is “moderately” electricity secure. Out of the maximum possible score of 100, a year-on-year analysis indicates that the ESI score was highest in 2007 (56) and the lowest was registered in 2015 (39). Based on the VIKOR technique, it is observed that electricity reliability contributes the most to the ESI, while electricity access contributes the least. Although expansion of electricity generation capacity is necessary, energy policies should, in equal measure, prioritize adequate investments in robust and modern transmission and distribution infrastructure. A riveting policy implication is that governance quality enhances a country's electricity system by reinforcing the other dimensions of electricity security.

From Potential to Power: Advancing Nigeria’s Energy Sector through Renewable Integration and Policy Reform

Nigeria is a nation endowed with both abundant renewable and non-renewable energy resources. Despite its vast potential, Nigeria struggles with a consistent power supply due to various systemic issues, such as inadequate funding, infrastructural decay, corruption, technical skill shortages, and macroeconomic instability. These challenges hinder the effective harnessing and distribution of energy resources, particularly renewable ones like wind, solar, biomass, and hydropower. This study assesses the existing energy policies and their efficacy in promoting sustainable energy development towards achieving universal electricity access by 2030. It highlights the necessity for a just energy transition that integrates a substantial proportion of renewable energy into the national grid, aiming to meet up to 60% of the country’s energy demands with clean sources by 2050. This transition is critical not only for energy security and reducing the environmental impact but also for fostering socioeconomic equity. Recommendations include overhauling the legal and regulatory frameworks to support renewable energy growth, particularly in off-grid areas, to ensure clean, affordable, and secure energy access. Strategic investments, enhanced infrastructure, and robust public–private partnerships are essential to overcome the current barriers and realize Nigeria’s energy potential. This paper calls for a comprehensive approach that addresses both the technical and socioeconomic dimensions of the energy crisis, laying the groundwork for a sustainable and prosperous energy future for Nigeria.

Empowering rural South Asia: Off-grid solar PV, electricity accessibility, and sustainable agriculture

This study investigates the impact of off-grid solar photovoltaic (PV) systems on electricity accessibility and agricultural sustainability in rural South Asia, employing panel data methodology: least square dummy variable (LSDV) and Lewbel instrumental variable (IV) approach. The findings demonstrate a robust positive association between solar PV adoption and increased electricity access, even when accounting for individual and period-specific factors. Increased electricity access significantly contributes to higher agricultural value added per worker, but not necessarily to the overall share of agriculture in the economy. This analysis also reveals a positive and significant impact of solar PV (SPV) on agricultural value added per worker, independent of rural electrification levels. Heterogeneities across time and context, along with country-specific factors, play crucial roles in shaping these relationships. While factors like government effectiveness and GDP per capita have complex and sometimes counterintuitive effects, access to land, agricultural employment, and capital investments all contribute positively to agricultural sustainability. The Lewbel IV method offers strong impact of SPV on electrification, independent of external factors, and its direct contribution to agricultural output, make it a compelling tool for empowering rural communities and building a more sustainable future in South Asia. Robustness of the result is validated through three approaches: measuring variable averages at three-year sub-periods, applying three-stage least squares (3SLS), and utilizing alternative methods (panel corrected standard errors (PCSE), feasible generalized least squares (FGLS)) to consider various data characteristics. Off-grid solar PV emerges as a game-changer for rural electrification and a catalyst for sustainable agricultural development in South Asia. Governments and development agencies can prioritize investments in solar PV systems to address energy poverty and boost agricultural productivity.

Determinants of Solar Home Systems Adoption among Riverine Island Dwellers: A Case Study of Sirajganj District in Bangladesh

Purpose: This study aims to identify the determinants of solar home systems adoption among riverine island dwellers, focusing on the Sirajganj district in Bangladesh. Methodology: The research, based on a comprehensive survey of 200 households, utilized logistic regression analysis and descriptive statistics. Findings: The study finds that ‘education of the household head’, ‘access to credit’, and ‘monthly household income’ significantly affected solar home systems adoption at different level of significance. Factors leading to adopt solar home systems included lack of electricity access, focus on energy security, and cost savings, along with access to loans or installments and community connections. Conversely, non-adopters faced barriers such as perceived high initial costs, lack of installment facilities, and insufficient awareness. Practical Implications: The study highlights the importance of credit accessibility, educational background, and household income in promoting solar home systems adoption. Policymakers and stakeholders can use these insights to tailor interventions addressing specific determinants and encourage widespread adoption. Originality/Value: This research provides valuable new insights into promoting sustainable energy initiatives in similar contexts. Limitations: The study's limitations include its small sample size and potential regional variations. Further research is recommended to validate and extend these findings across diverse geographical settings.

Hurricane disasters and radiation treatment delays among patients diagnosed with non-small cell lung cancer.

98 Background: Hurricanes can disrupt cancer care and adversely affect health outcomes, especially for patients needing daily radiation therapy, which depends on stable electricity and safe facility access. Among patients diagnosed with locally advanced non-small cell lung cancer (NSCLC), disruptions in radiation can decrease survival. This study evaluates the associations of exposure to a hurricane disaster and radiation delays and total dose received among patients diagnosed with NSCLC. Methods: Patients aged ≥18 years who initiated radiation therapy for non-operable stage III NSCLC between 2004-2021 were identified from the National Cancer Database. Exposure was defined as a Federal Emergency Management Agency (FEMA) hurricane disaster declaration at the county of the treating facility during radiation treatment. Patients treated at the same facility, but at a time when no hurricane happened (i.e. unexposed) were propensity score matched in a 1:1 ratio with exposed patients on age at diagnosis, sex, lymph node involvement, comorbidity score, season, and era (radiation start year 2004 – 2009, 2010 – 2015, 2016 – 2021), to account for more active hurricane seasons in recent years. Delays in radiation treatment completion were defined as > 8 weeks between date when radiation started and ended. A two-way t-test and Mantel-Haenszel test were used to examine associations of hurricane exposure and radiation dose and treatment delays respectively. Results: 6,260 matched patients were included, of whom 3,130 were treated at facilities exposed to hurricanes during radiation and 3,130 completed treatment at the same facilities but at a time when no hurricane exposure happened. Patients treated during hurricanes had 1.95 higher odds (95% confidence interval (CI): 1.71 – 2.24) of experiencing treatment delays compared to unexposed patients (23% of exposed patients experienced delays compared to 13% of unexposed patients). Exposed patients were more likely to have received higher radiation doses compared to unexposed patients (mean 5221.81 cGy vs. 4962.75 cGy; p < 0.0001). Conclusions: Patients with locally advanced NSCLC who received radiation during a hurricane disaster were more likely to experience treatment completion delays. Patients treated during a hurricane were also more likely to receive higher total doses of radiation, possibly suggesting compensation to mitigate the detrimental biological impact of radiation delays. As severe weather events become more common, comprehensive emergency preparedness plans that incorporate evidence-based strategies for mitigating adverse effects of treatment delays are essential.

Assessment of Systematic Errors in Mapping Electricity Access Using Night-Time Lights: A Case Study of Rwanda and Kenya

Remotely sensed nighttime light data have become vital for electrification mapping in data-scarce regions. However, uncertainty persists regarding the veracity of these electrification maps. This study investigates how characteristics of electrified areas influence their detectability using nighttime lights. Utilizing a dataset comprising the locations, installation date, and electricity purchase history of thousands of electric meters and transformers from utilities in Rwanda and Kenya, we present a systematic error assessment of electrification maps produced with nighttime lights. Descriptive analysis is employed to offer empirical evidence that the likelihood of successfully identifying an electrified nighttime light pixel increases as characteristics including the time since electrification, the number of meters within a pixel, and the total annual electricity purchase of meters in a pixel increase. The performance of models trained on various temporal aggregations of nighttime light data (annual, quarterly, monthly, and daily) was compared, and it was determined that aggregation at the monthly level yielded the best results. Additionally, we investigate the transferability of electrification models across locations. Our findings reveal that models trained on data from Rwanda demonstrate strong transferability to Kenya, and vice versa, as indicated by balanced accuracies differing by less than 5% when additional data from the test location are included in the training set. Also, models developed with data from the centralized grid in East Africa were found to be useful for detecting areas electrified with off-grid systems in West Africa. This research provides valuable insight into the characterization of sources of nighttime lights and their utility for mapping electrification.

The political economy of gender mainstreaming in energy access in Senegal

Abstract In June 2017, the Economic Community of West African States adopted the Policy for Gender Mainstreaming in Energy Access to integrate gender equity in West Africa’s energy and climate policy making. The policy represents the first regional gender and energy policy in the world, establishing a framework to enhance understanding at the nexus of gender and energy, improve the inclusivity of policies, programs, and initiatives, and increase women’s participation in the field of energy in the public and private sectors. Each member state developed a National Action Plan (NAP) to operationalize these goals and align implementation with national contexts and policy priorities. This study examines the experience of Senegal’s NAP development, from 13 semi-structured interviews of key stakeholders and document review. We use the Actors, Objectives, Context political economy framework to understand how Senegal’s economic and political structures, historical and social context, and influence of key stakeholders shaped their efforts to mainstream gender in the country’s energy sector. We then describe four main objectives of actors in government, civil society, and the development space involved in policy development, summarizing these as: electricity access, economic development, access to clean fuels and technologies for cooking, and gender equity. We find that the objectives of government and development actors are reflected in the emphasis on energy access in the NAP and the government’s long-term development agenda, though a critical lack of engagement with the private sector has limited the policy’s efforts to mainstream women across energy sub-sectors beyond clean cooking. Women’s civil society organizations, historically less engaged with energy issues, have nonetheless achieved considerable success in advocating for increased women’s political participation. This advocacy has set a precedent for policies promoting ‘positive discrimination’ for women and marginalized groups, evident in policy activities aimed at electrifying women’s economic sectors.