D3.4 Report on Business Plans and Models
This deliverable summarizes the activities of Task 3.3 within Work Package 3 of the Smart Energy Solutions for Africa (SESA) project. The SESA project entails supporting demonstrations and validation sites across Kenya, Morocco, Ghana, Malawi and South Africa, and multiple replication sites.
Tackling barriers to solar irrigation in sub-Saharan Africa: Regional insights from entrepreneurs
This webinar facilitates a peer-to-peer exchange during which entrepreneurs discuss their specific challenges and how they deal with them in an innovative way as part of the SESA incubator programme.
Discussion paper on solar-powered irrigation systems
This discussion paper shows the potential of solar-powered irrigation technologies, provide an overview of different systems and business models, and give examples for their application in the African context.
SESA 10 Developed Project Concept Notes
This report provides a comprehensive overview of 10 project concept notes developed under the SESA project and ICLEI’s TAP project.
Accelerating Urban Energy Transitions: The Critical Role of Solar PV in Achieving 100% Renewables
This article discusses the transformative potential of solar photovoltaic technology as a vital solution to contemporary energy challenges.
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.