Stage 2. Concept note development

This template and scoring sheet are used for Stage 2 of the SESA Call for Ideas.
Stage1. Call for idea: SESA project idea and scoring sheet templates

This template is designed to share the problem and explain the root causes when developing project ideas.
Stage3. Pre-feasibility study template

This Template was designed to flexibly accommodate project concepts within the energy sector, and for the context of Africa;
Developing a project concept note for accessing finance

Access to finance is a key component in successfully implementing sustainable, transformative projects that drive climate change action in Africa.
Smart grid Intergration models: the role of smart meters

Embark on a captivating journey into Smart Microgrids & Systems Integration, where each lesson unveils essential concepts shaping the future of energy resilience.
Bridging the gap between local governments and e-mobility innovators

This course delves into electric mobility, covering vital aspects like its societal impact, product use cases, retrofitting existing vehicles, maintenance and safety protocols, cost-effective charging solutions, and diverse business models.
Definition of Technical and Functional Requirements for Energy Innovation

Deliverable D3.2 provides a guideline of the desired functional requirements of the main energy technologies (“energy innovations”) that could possibly be deployed in the Living Labs.
Existing examples of smart microgrids

Embark on a captivating journey into Smart Microgrids & Systems Integration, where each lesson unveils essential concepts shaping the future of energy resilience.
Tools for optimizing and sizing storage systems

Embark on a captivating journey into Smart Microgrids & Systems Integration, where each lesson unveils essential concepts shaping the future of energy resilience.
SESA Webinar VI Harnessing the potential of Smart Microgrid Systems

The energy poverty gap in sub-Saharan Africa affects approximately 597 million people, mainly rural households that are too remote from the main grid and are too costly to electrify by extending the main grid, thus posing a major challenge to the socio-economic development of these communities.