| dc.description.abstract | This paper explores the potential of reducing carbon footprints and
greenhouse gas emissions in climate-sensitive regions of Sub-Saharan Africa by
integrating traditional knowledge with modern renewable energy technologies.
Drawing on a mixed-methods approach that combines quantitative energy data
and qualitative insights from expert interviews and policy reviews, the study
analyzes the implementation of renewable energy sources such as solar, wind,
and hydro. Data from global organizations, including the International Energy
Agency (IEA) and the World Bank, supports the investigation. The findings
highlight renewable energy's transformative potential for emissions reduction,
energy security, and economic growth, with solar energy demonstrating
exceptional promise for rural electrification. Despite its benefits, adoption is
hindered by financial constraints, inadequate infrastructure, and regulatory
challenges. The study underscores the need for climate resilience strategies
such as energy storage integration and grid upgrades to support reliable access
to renewable energy. By linking renewable energy with sustainability and
resilience theories, the research emphasizes the role of adaptive infrastructure
in fostering economic development and environmental health. Key
recommendations include improving financing mechanisms, enacting
supportive policy frameworks, strengthening regional partnerships, and
prioritizing energy storage and grid modernization. This study provides
actionable insights for policymakers, energy stakeholders, and development
organizations, emphasizing that overcoming barriers to renewable energy
adoption is critical for achieving sustainable energy access, reducing emissions,
and aligning with global climate goals. | en_US |
