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Writer's pictureSylvain Richer de Forges

Comparative analysis of air conditioning usage per capita in south east asia

Air Conditioning Usage Per Capita in Southeast Asia: A Breakdown




As global temperatures rise, air conditioning has become essential for comfort and productivity, particularly in the tropics. Southeast Asia, with its rapidly growing economies and urbanization, has seen significant variations in AC usage per capita. Here's a closer look at the numbers and trends across the region:



Singapore


AC Units per 100 Households: ~ 99Energy Consumption for Cooling: 25% of total household energy use


Source: National Environment Agency of Singapore



Malaysia 


AC Units per 100 Households: ~ 85


Energy Consumption for Cooling: 20% of total household energy use


Source: Energy Commission of Malaysia



Thailand 


AC Units per 100 Households: ~ 75


Energy Consumption for Cooling: 18% of total household energy use


Source: Electricity Generating Authority of Thailand (EGAT)



Vietnam 


AC Units per 100 Households: ~ 55


Energy Consumption for Cooling: 15% of total household energy use


Source: Vietnam Ministry of Industry and Trade



Indonesia 


AC Units per 100 Households: ~ 40


Energy Consumption for Cooling: 10% of total household energy use


Source: Indonesian Ministry of Energy and Mineral Resources



Philippines 


AC Units per 100 Households: ~ 35


Energy Consumption for Cooling: 12% of total household energy use


Source: Department of Energy Philippines



Myanmar 


AC Units per 100 Households: ~ 15


Energy Consumption for Cooling: 5% of total household energy use


Source: Myanmar Ministry of Electricity and Energy



While urban centers show higher penetration rates, rural areas often lag due to limited access to electricity and lower income levels. Governments and businesses must address these disparities by promoting energy-efficient technologies and sustainable cooling solutions.



Increasing AC usage leads to higher energy demand, stressing the importance of adopting eco-friendly and energy-efficient cooling technologies to mitigate environmental impact.



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