In this UNEP Copenhagen Climate Centre (UNEP-CCC) and Energy Efficiency Management Office (EMO) training webinar, Clara Camarasa moderated a practical discussion on strengthening energy auditing practices in Mauritius and accelerating the transition from audit recommendations to implementable energy efficiency projects. Opening the session, Muhammad Ziyaad Toofany (EMO) highlighted the urgency of improving building-sector performance, noting that Mauritius has already received mandatory energy audit reports from more than 150 institutions and is now moving into the implementation phase through Energy Performance Contracting (EPC) and ESCO market development. Framing the broader context, Clara explained that Mauritius faces growing electricity demand, increasing cooling needs, dependence on imported fossil fuels, and a national commitment to achieve a 10% improvement in energy efficiency by 2035, making high-quality audits a critical foundation for investment.
Trupti Yargattimath presented the key findings from UNEP-CCC’s review of energy audits conducted under the Global Platform for Urban Climate Neutrality (GPUC) project. She identified recurring weaknesses such as assumed baselines, limited use of engineering calculations, non-transparent savings estimates, and insufficient calibration against utility data. Emphasising the importance of evidence-based analysis, she argued that auditors should move away from generic assumptions and adopt more rigorous methodologies because “better audits lead to stronger business cases which ultimately unlock bankable energy efficiency projects for Mauritius.” Her presentation focused on practical improvements for lighting, HVAC and refrigeration systems, including lumen-based LED replacements, recording seasonal efficiency indicators such as COP and SEER, transparent payback calculations, and calibration of energy models against actual electricity bills.
The webinar also introduced a new Building Energy Performance Analysis Tool, demonstrated by Amiirah Muddhoo. Developed specifically for the Mauritian context, the tool supports auditors in collecting, validating and analysing energy consumption data across building systems, including lighting, cooling, refrigeration, motors and renewable energy generation. Amiirah explained that the tool was designed to improve consistency, transparency and accuracy in audit reporting, while helping auditors establish robust energy baselines and more credible savings estimates.
The final technical session was delivered by Zhuolun Chen, who presented comprehensive procurement guidelines for energy conservation measures in public and commercial buildings. Drawing on international standards and best practices, he argued that procurement processes should focus on performance outcomes rather than equipment alone, stressing that “procurement should reward lifecycle value and performance risk reduction, not just the lowest upfront price.” His presentation covered LED lighting, efficient air conditioning systems and refrigeration technologies, while also highlighting the importance of commissioning, measurement and verification, lifecycle costing, and appropriate procurement models including EPC and ESCO approaches.
The webinar concluded with an interactive Q&A session addressing audit methodologies, the practical use of the analysis tool, renewable energy integration, and the role of comfort levels and fuel switching in energy efficiency projects. Throughout the discussion, speakers emphasised that transparent, data-driven energy audits are essential for creating investable projects, supporting Mauritius’ emerging ESCO market, and achieving national energy and climate objectives. The session formed the foundation for a second-day workshop focused on hands-on application of the tool and practical implementation of audit recommendations.
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Sector: Buildings
Country / Region: Mauritius
Tags: buildings, Energy Auditing, energy efficiency, energy performance, energy performance contracting, ESCO, HVAC, light emitting diodesIn 1 user collection: C2E2 Webinars
Knowledge Object: eLearning
Publishing year: 2026
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