Sustainability and Electricity Access in Developing Countries

Sustainability and Electricity Access in Developing Countries
What: Our long-term objective is to establish the Sustainable Energy Access for Africa Network (SEAFAN),
and provide a process for stakeholder-informed modeling and decision frameworks to support solutions to
sustainable electricity access across Sub-Saharan Africa. This WUN project will develop an initial network of
interdisciplinary researchers in and outside of Africa, and develop research directions grounded in the
multiple stakeholder groups affected by electricity access decisions.


Why: The United Nations Sustainable Development Goal 7 is to “expand infrastructure and upgrade
technology for supplying modern and sustainable energy services for all developing countries.” Access to
electricity leads to enhanced education, business, and healthcare opportunities; yet more than 600 million
people in sub-Saharan Africa are without electricity. Major hurdles in meeting this target include redesigning
the power system and integrating renewables into electricity networks in ways that benefit a diversity of
stakeholders, such as local communities and businesses.


How: We propose targeted workshops in Ghana to seed a community of practice that will grow over time.
The workshops will engage university colleagues from the USA and Africa, and a range of stakeholders, to
develop energy modelling and decision frameworks aimed at better serving communities in African nations.
The purpose of the workshops is four-fold: (1) establish collaborations between universities; (2) engage with
energy stakeholders; (3) set a research agenda responsive to energy policy needs and challenges; and (4) set
the stage for future workshops aimed at expanding the network. The outcomes of the workshops will feed
into our preparation of grant proposals, and research and policy papers in the next phase.


The long-term outcomes will include a growing network focused on this topic of great relevance, and a
program of community-inspired research into the models, decision-frameworks, and technologies that can
help reach the UN goal of 100% energy access in Africa.

  • Professor Erin Baker, University of Massachusetts Amherst
  • Professor Leonce Ndikumana, University of Massachusetts Amherst
  • Destinie Nock, University of Massachusetts Amherst
  • Franklyn Kanyako, University of Massachusetts Amherst
  • Dr. David Dodoo-Arhin, University of Ghana
  • Dr. Anthony Afful-Dadzie, University of Ghana
  • Dr. Samual Asampana Atarah, University of Ghana
  • Professor Julius M. Mwabora, University of Nairobi
  • Dr. Justus Simiyu, University of Nairobi
  • Professor Edwin Muchapondwa, University of Cape Town
  • Dr. Todd Levin, Argonne National Laboratory

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