36 Net addition of four properties due to divestment of two properties installed with solar panels. 37 Calculated based on projected solar energy generated and national average consumption (household electricity consumption as at June 2025 by Singapore’s Energy Market Authority). Singapore Total energy consumption at CLAR’s Singapore properties comprises electricity purchased from the grid, district cooling and diesel consumption. The consumption reduced by 5.9%, to 99.2 GWh, mainly due to allocation of electricity usage to tenants for tenant-requested air-conditioning beyond operating hours. The improved occupancy has led to further decrease in intensity by 8.0% to 46.5 kWh/sq m. Of the electricity consumed by Singapore properties in FY 2025 19% was derived from renewable electricity. Australia Energy consumption at CLAR’s Australia properties remained stable at 11.6 GWh, comprised purchased grid electricity and natural gas. The increase in occupancy led to lower intensity of 124.8 kWh/sq m. 41% of total electricity consumed at Australia properties was sourced from renewable energy, an increase from FY 2024. United States CLAR’s US properties consume energy from purchased electricity and natural gas. Total energy consumption and energy intensity remained stable at 17.8 GWh and 139.6 kWh/ sq m in FY 2025. United Kingdom and Europe In FY 2025, energy consumption at CLAR’s UK and EU properties decreased by 10.4% to 1.6 GWh, with energy intensity also falling by 10.2%, at 44.1 kWh/sq m. The decrease in FY 2025 represents a normalisation of energy use following a period of inflated data caused by a faulty meter in FY 2024 and the acquisition of The Chess Building in FY 2023. Energy consumption comprised natural gas, diesel and purchased electricity, which is fully sourced from renewable energy. Energy consumption across CLAR’s portfolio remained stable at 130.1 GWh, covering purchased electricity, district cooling, natural gas and diesel, with an energy intensity of 54.5 kWh/sq m. Renewable energy usage increased from 22.9 GWh in FY 2024 to 24.1 GWh in FY 2025, accounting for 19% of total electricity consumption. As part of the CapitaLand Sustainability X Challenge (CSXC), a pilot was conducted to seal the air duct system at Techpoint, Singapore with a patented Aeroseal Technology. Aeroseal's advanced internal sealing technology automatically detects and seals leaks from the inside. The technology can enhance air delivery efficiency by sealing unintended seams and gaps in the Air Conditioning and Mechanical Ventilation (ACMV) duct system. Aeroseal duct sealing is an automated process which pressurizes duct systems, driving non toxic sealant particles directly and precisely to the leaks, sealing them from the inside out without coating the entire duct interior. The sealant only deposits at areas where needed and maintains duct integrity. The pilot produced a successful outcome, demonstrating energy savings between 19% to 51%, with a Return On Investment (ROI) between 1.0 and 2.4 years. 30 Singapore properties were installed with solar panels, of which six36 were installed in FY 2025. These solar panels are projected to generate 28 GWh solar power annually which could power more than 6,400 four-room Housing & Development Board public housing37 in Singapore. CLAR’s Endeavours and Initiatives Building Portfolio Resilience and Resource Efficiency CapitaLand Ascendas REIT 24
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