Mauritius is advancing its renewable energy goals with a new tender for a hybrid solar project, combining rooftop and ground-mounted PV systems for a total capacity of 2 MW. The tender, officially named CPRGS-2024, is being managed by the Central Electricity Board (CEB) and is open to participation from both local and international companies.
Project Details for the Mauritius solar tender
This strategic project is divided into two main components. The larger portion, 1.6 MW, will consist of rooftop solar installations spread across 80 schools, turning educational institutions into hubs of clean energy generation. The remaining 0.4 MW will be developed as a ground-mounted PV system at the CEB Phoenix Compound. This 80/20 split highlights a commitment to utilizing existing infrastructure for sustainable purposes.
The tender is structured on an engineering, procurement, and construction (EPC) basis, meaning the winning bidder will be responsible for the entire project lifecycle from design to commissioning. This turnkey approach is a key part of the Mauritius government’s Home Solar Programme (HSP), aimed at accelerating solar adoption across the nation. Understanding the complete solar panel manufacturing process is crucial for companies undertaking such comprehensive EPC contracts.
Eligibility and Financial Details for the Mauritius solar tender
The tender invites bids from qualified companies in Mauritius and abroad, fostering a competitive international environment. Interested parties are required to submit a bid security of MUR 2 million (approximately $44,300) to demonstrate their commitment. This security can be provided as a bank guarantee, a certified bank cheque, or an insurance bond.
The deadline for submissions is November 27. The official tender document, containing all technical specifications and requirements, is available for download from the CEB website for a non-refundable fee of MUR 10,000. This fee covers administrative costs and ensures that only serious contenders participate, a common practice in projects with a significant solar panel manufacturing plant cost breakdown.
Mauritius Expands Solar Initiatives with new Mauritius solar tender
This 2 MW project is part of a broader push by Mauritius to significantly expand its solar energy initiatives. The CEB has been particularly active in recent months. In April, it launched a tender to procure 20 MW of power from solar PV systems (ranging from 2 MW to 4 MW) installed on commercial and industrial rooftops and grounds.
Earlier in March, a separate tender was announced for 4 MW of solar capacity specifically for commercial and industrial rooftops. More recently, the CEB launched another 2 MW tender for grid-tied, roof-mounted hybrid solar systems on the island of Rodrigues. Notably, this newer tender includes an optional component for up to 1 MWh of modular battery energy storage systems (BESS), signaling a move towards integrated energy solutions. This project is funded by a Green Climate Fund grant and government contributions, with a bid deadline of February 2, 2026.
As the solar sector grows, the CEB is also formalizing regulations, recently issuing a warning that unauthorized solar systems face disconnection if not properly registered, ensuring grid stability and safety.
Current Solar Capacity in Mauritius and the Mauritius solar tender
According to recent reports, Mauritius now has an installed solar power capacity of 168.5 MW, a significant increase from the 122 MW reported by the International Renewable Energy Agency (IRENA) previously. These ongoing tenders are crucial steps toward achieving the nation’s ambitious renewable energy targets. The island’s progress reflects a growing understanding of the basics of solar panel manufacturing and deployment. For a deeper look into the local industry, you can explore the detailed Mauritius Solar Panel Manufacturing Report.
As Mauritius continues to build its green energy infrastructure, these projects not only contribute to a cleaner energy mix but also create opportunities for innovation and investment in the region.
To learn more about the fundamentals of entering the solar industry, consider enrolling in our free e-course on solar panel manufacturing.
