The scope of the study includes a site assessment, technical feasibility evaluation, financial and economic analysis, and risk assessment. These components will provide a comprehensive understanding of the project’s viability, ensuring informed decision-making for its development. The tender emphasizes the need for thorough analysis to support the integration of solar energy into Fiji’s energy mix.
Eligible consulting firms must have at least five years of experience in conducting feasibility studies for renewable energy projects, specifically solar installations exceeding 1 MW. The deadline for tender applications is May 30, offering firms an opportunity to contribute to Fiji’s sustainable energy goals.
According to the International Renewable Energy Agency (IRENA), Fiji’s total solar capacity reached 11 MW by the end of 2024. The proposed 10 MW solar plant near Vakabuli represents a significant step toward increasing this capacity, supporting the country’s efforts to diversify its energy sources and enhance energy security.
In a related development, the United Nations Development Programme launched a tender in April to install solar minigrids in selected rural areas of Fiji. This initiative complements broader efforts to expand access to clean energy across the country, particularly in underserved regions, and aligns with the goals of the Vakabuli project.
The solar project near Lautoka reflects Fiji Pine Ltd.’s commitment to advancing renewable energy infrastructure. By conducting a detailed feasibility study, the company aims to ensure the project’s technical and financial viability, paving the way for sustainable energy production. The study’s findings will guide the planning and implementation phases, contributing to Fiji’s long-term energy strategy.
This initiative is expected to create opportunities for local communities and businesses while reducing reliance on traditional energy sources. The tender process underscores Fiji’s growing focus on renewable energy, positioning the country to meet rising energy demands with environmentally friendly solutions.
