Project scope
The value chain analyses aimed to quantify the economic impact of renewable energy projects throughout their life cycle, from construction to operation, while identifying opportunities to strengthen local industry participation and maximize territorial benefits.
Each study provided tailored insights on:
- Direct and indirect job creation in local communities.
- Industrial supply chain opportunities, including component manufacturing, logistics, and service providers.
- Potential synergies with existing regional infrastructure and workforce capabilities.
- Socioeconomic return indicators aligned with sustainability and energy transition goals.
Methodology
EHS Techniques applied a comprehensive analytical approach combining:
- Input-output economic modeling to estimate employment and value-added multipliers.
- Mapping of industrial capabilities to identify regional suppliers and manufacturing potential.
- Assessment of industrial localization strategies to increase local participation in the renewable sector.
- Integration of circular economy principles, considering equipment end-of-life and recycling opportunities.
- Cross-analysis with national renewable energy policies and REER framework to align with regulatory expectations.
Deliverables and outcomes
The studies provided clients with quantified, verifiable, and actionable data to support:
- Strategic decision-making in project development and bidding processes.
- Socioeconomic documentation required for strategic plans and public tenders.
- Enhanced stakeholder engagement, showcasing the project’s contribution to regional development.
- Improved positioning in competitive renewable energy auctions and funding calls.
Closing statement
Through these projects, EHS Techniques strengthens its role as a trusted advisor for renewable energy developers, delivering robust value chain analyses that connect sustainability objectives with tangible industrial and social benefits.