Cold air, hot waters: AC usage among Indians to spike fourfold by 2050, generate massive amount of emissions
Jun 23, 2023, 15:07 IST
While a considerable chunk of the country continues reeling under blistering heatwave conditions even as we approach the end of June, most parts of the Indian subcontinent have started to welcome seasonal rains. And yet, the memory of those searing days and uncomfortable nights from a few weeks ago remains fresh in our minds — when it seemed impossible to forgo air conditioning for those of us fortunate enough to have access to it.
If this was our condition when daytime mercuries were breaching the 40°C mark on the regular, things will only get more unbearable once climate change does its thing and temperatures increase a couple notches more. And when this happens, we’re going to see more and more Indians hopping onto their vehicles and rushing to the nearest electronic shop to purchase an air conditioner or cooler.
Naturally, as our usage of air conditioners increases, so will their associated emissions, becoming a part of another endless, vicious cycle.
Now, thanks to a first-of-its-kind study, we might have a firmer grasp on how climate change will impact the demand for air conditioners and electricity for cooling in India.
As per the study, in a 2-3 °C warming scenario, air conditioning uptake in the country is projected to grow fourfold by 2050 — and this could generate an increase in emissions in the order of 12 crore metric tons!
While the study also illustrated how air conditioning would undoubtedly protect more people from exposure to extreme heat by up to 35% in the future, it will invariably have a substantial impact on emissions. And the study indicates that between now and 2050, the energy production required by the increased use of air conditioners will cause a rise in annual CO2 emissions between 38 and 16 crore tons in India.
Prior to this, a 2022 World Bank report asserted that India’s demand for cooling equipment would go eight times higher by 2037. It went on to add that there would be demand for a new air conditioner every 15 seconds, leading to a 435% rise in annual greenhouse gas emissions over the next twenty years.
The new study’s authors think that mitigating the impacts of the projected uptick in air conditioner numbers would call for more energy-efficient cooling technologies. This is especially important for a country like India, where the efficiency of the models sold is far below that of the best available models.
The team proposed a further push towards the decarbonisation of energy production by incorporating more stringent greenhouse-gas mitigation targets.
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If this was our condition when daytime mercuries were breaching the 40°C mark on the regular, things will only get more unbearable once climate change does its thing and temperatures increase a couple notches more. And when this happens, we’re going to see more and more Indians hopping onto their vehicles and rushing to the nearest electronic shop to purchase an air conditioner or cooler.
Naturally, as our usage of air conditioners increases, so will their associated emissions, becoming a part of another endless, vicious cycle.
Now, thanks to a first-of-its-kind study, we might have a firmer grasp on how climate change will impact the demand for air conditioners and electricity for cooling in India.
As per the study, in a 2-3 °C warming scenario, air conditioning uptake in the country is projected to grow fourfold by 2050 — and this could generate an increase in emissions in the order of 12 crore metric tons!
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Prior to this, a 2022 World Bank report asserted that India’s demand for cooling equipment would go eight times higher by 2037. It went on to add that there would be demand for a new air conditioner every 15 seconds, leading to a 435% rise in annual greenhouse gas emissions over the next twenty years.
The new study’s authors think that mitigating the impacts of the projected uptick in air conditioner numbers would call for more energy-efficient cooling technologies. This is especially important for a country like India, where the efficiency of the models sold is far below that of the best available models.
The team proposed a further push towards the decarbonisation of energy production by incorporating more stringent greenhouse-gas mitigation targets.