Graduation of Second Cohort in Community Minigrid Development Programme

The Eswatini Energy Regulatory Authority (ESERA) recently announced the graduation of the second cohort of its Community Minigrid Development Programme, a significant milestone in the nation's drive towards universal electricity access and sustainable energy. This capacity-building initiative, implemented in partnership with the University of Eswatini under the broader Africa Minigrids Program, equips local professionals with critical skills in renewable energy systems, project design, financing, and the application of artificial intelligence in energy planning. The programme underscores Eswatini's commitment to decentralised energy solutions, particularly for remote communities, and highlights the evolving regulatory landscape for minigrids. For legal practitioners, this development signals a growing sector with unique contractual, licensing, and financing considerations, necessitating a deep understanding of Eswatini's energy laws and emerging policy frameworks.

Eswatini has taken a decisive step towards bolstering its clean energy infrastructure and expanding electricity access with the recent graduation of the second cohort from the Community Minigrid Development Programme. This initiative, spearheaded by the Eswatini Energy Regulatory Authority (ESERA) in collaboration with the University of Eswatini (UNESWA) and forming part of the Africa Minigrids Program (AMP), is designed to cultivate local expertise in the burgeoning field of renewable energy and off-grid solutions. The successful completion of this intensive training by 26 participants marks a crucial advancement in Eswatini’s national strategy to achieve universal electricity access by 2030 and enhance energy security through diversified, sustainable sources.

This development is not merely an educational achievement but a strong indicator of Eswatini's proactive approach to addressing its energy challenges, particularly in rural and underserved areas where conventional grid extension remains economically unviable. The programme's focus on practical skills, including project design, financing, and the integration of advanced technologies like Artificial Intelligence in energy planning, directly supports the implementation of decentralised energy systems. For legal professionals, this signals a dynamic and expanding sector ripe with opportunities and complexities, requiring a nuanced understanding of regulatory compliance, investment frameworks, and community engagement models.

The graduation of these minigrid development specialists underscores Eswatini's commitment to a just energy transition and sets the stage for accelerated deployment of off-grid solutions. This article will delve into the legal and regulatory context surrounding minigrid development in Eswatini, examining the foundational legislation, the role of ESERA, and the implications for practitioners navigating this evolving energy landscape.

Eswatini's energy sector is primarily governed by the Electricity Act, 2007 (Act No. 3 of 2007), and the Energy Regulatory Authority Act, 2007 (Act No. 2 of 2007). The latter established ESERA as an independent body mandated to regulate the electricity supply industry, including licensing, tariff approval, monitoring compliance, and resolving disputes. The Electricity Act, 2007, further stipulates that any entity involved in the generation, transmission, distribution, or supply of electricity must obtain a license from ESERA, moving away from a previous monopoly structure.

The Kingdom of Eswatini faces a dual challenge of reducing its heavy reliance on imported electricity, which historically accounted for a significant portion of its supply, and expanding access to its rural population. The National Energy Policy of 2018 and the Energy Master Plan 2034 outline a strategic roadmap to achieve universal electricity access by 2030 and to generate 100% of its own power by 2034, with a strong emphasis on renewable energy sources. While Eswatini has made commendable progress in national electrification, reaching an access rate of 82%, significant disparities persist between urban and rural areas, making off-grid and minigrid solutions crucial for the "last mile" challenge.

It is within this policy and regulatory framework that the Community Minigrid Development Programme operates. The programme, implemented under the Global Environment Facility (GEF)-funded Africa Minigrids Program (AMP) led by the United Nations Development Programme (UNDP), aims to build the human capital necessary to design, implement, and manage sustainable minigrid projects. ESERA, as the coordinating body in Eswatini, plays a pivotal role in ensuring that these capacity-building efforts align with national energy objectives and contribute to the development of a robust, locally-driven renewable energy sector.

The graduation of minigrid specialists signals an acceleration in Eswatini's decentralised energy strategy, which necessitates a closer examination of the evolving legal and regulatory environment. While the Electricity Act, 2007, provides the overarching framework for electricity regulation, specific provisions for minigrids are still developing. ESERA is actively working on an off-grid and minigrid regulatory framework, recognising that minigrids are currently at a nascent stage in the country. This framework is crucial for defining ownership and operational models, tariff structures, and subsidy mechanisms to attract private sector investment, which is a key objective of the Africa Minigrids Program.

Legal practitioners advising clients on minigrid projects in Eswatini must navigate existing licensing requirements under the Electricity Act, 2007, which generally mandates licenses for generation, transmission, distribution, and supply. However, ESERA has indicated that small-scale generation, typically below 100 kilowatts for private consumption, may not require a license, while generation above this threshold might necessitate an exemption or a full license. The ongoing review of the Electricity Act, the Energy Regulatory Authority Act, and the Eswatini Electricity Company Act, 2007, is particularly relevant, as these reforms aim to update legislation in response to rapid technological changes and the increasing number of players in the energy sector, including minigrid developers.

The development of minigrid projects involves complex contractual arrangements, including power purchase agreements (PPAs), community engagement protocols, and land use rights. The recent tender for the Bulimeni Solar PV-Battery minigrid project, which requires private developers to operate for 20 years and contribute a significant portion of the capital expenditure, exemplifies the public-private partnership model being explored. This model necessitates robust legal agreements that clearly delineate responsibilities, risk allocation, and revenue streams, while also ensuring community benefit and consumer protection. The training on the African Model Mini-Grid Regulations Tool and the AFUR Tariff Model, provided to prospective bidders and financiers, is a positive step towards standardising these legal and financial aspects, reducing regulatory uncertainty, and fostering investment.

Comparative analysis with other African jurisdictions, such as Nigeria's Mini-Grid Regulations 2026, reveals common challenges and emerging best practices in minigrid regulation. These include streamlined permitting processes, clear grid arrival and transition frameworks, investment protection mechanisms, and cost-reflective tariffs with consumer safeguards. While Eswatini's framework is still evolving, the emphasis on capacity building and the development of a tailored regulatory environment suggests a commitment to learning from regional experiences. Legal professionals will need to closely monitor the finalisation of Eswatini's specific minigrid regulations to ensure compliance and to effectively structure projects that are both commercially viable and socially impactful.

Furthermore, the integration of Artificial Intelligence (AI) in energy planning and optimisation, as taught in the minigrid development programme, introduces new legal considerations. These include data privacy, cybersecurity, intellectual property rights for AI models, and liability in the event of system failures. As Eswatini embraces advanced technologies in its energy transition, the legal framework will need to adapt to address these novel challenges, ensuring that innovation is fostered responsibly and securely.

The graduation of the second cohort in the Community Minigrid Development Programme marks a pivotal moment for Eswatini's energy sector, signifying a deepening commitment to decentralised renewable energy solutions and the cultivation of local expertise. For legal practitioners, this development underscores the growing importance of the minigrid sector and the need for specialised legal knowledge. Attorneys must be prepared to advise clients on the intricacies of Eswatini's evolving energy regulatory framework, including licensing requirements under the Electricity Act, 2007, and the forthcoming specific minigrid regulations.

Practitioners should conduct thorough due diligence on project delivery models, financing structures, and community engagement strategies, paying close attention to the contractual arrangements that will underpin these long-term investments. Staying abreast of the ongoing legislative reviews of the Electricity Act, the Energy Regulatory Authority Act, and the Eswatini Electricity Company Act, 2007, will be crucial for understanding future compliance obligations and opportunities. As Eswatini continues its journey towards universal energy access and a sustainable energy future, legal professionals have a vital role to play in facilitating responsible investment, ensuring regulatory clarity, and fostering equitable energy development.