Energy Efficient Cooling

The demand for cooling is rising in tandem with the rise in global temperatures. This is especially true of a largely tropical, developing economy like India where rising temperatures, population growth and rising incomes are fuelling the demand for cooling. With summers bringing along increasingly intense and frequent heatwaves, access to cooling is no longer a luxury but a necessity for survival. However, as of 2018, only 5% of households in India owned air-conditioners according to an IEA survey. Cooling is not just used by residential consumers. Commercial buildings, cold-chains, refrigeration, transportation, and industries also require cooling and this demand will increase as the economy grows. At present, India has one of the lowest access to cooling across the world, which is reflected in its low per capita levels of energy consumption for space cooling, at 69 kWh, as compared to the world average of 272 kWh.

The demand for cooling will lead to greater energy demand, add stress on existing grid infrastructure, increase consumption of high GWP (global warming potential) refrigerants and lead to an increase in emissions unless actions are taken to make cooling systems in India more energy efficient and design our structures in such a way that the need for cooling is reduced.

Foreseeing the complex energy trends and challenges that India would have to confront, Shakti was one of the first to identify early action opportunities for cooling efficiency and phasing down of high GWP refrigerants, areas that can play a profound role in shaping the future sustainability of the country. For over six years now, we supported our grantee partners to build a fact-base on these opportunities through policy research, analysis, and consensus building.

In March 2019, India became one of the first countries in the world to launch a national roadmap that recognises cooling as a developmental need linking it with economic growth, health, wellbeing, and productivity of its citizens. The India Cooling Action Plan (ICAP), the development of which was supported by Shakti Sustainable Energy Foundation provides a 20-year perspective (2017-18 to 2037-38) for making cooling sustainable and accessible for all.

350kg CO2e

per capita food wastage footprint on climate in south and south east Asia

~350 – 600 Million Units

Projected Total Residential Room AC Stock in India by 2037

19,403–24,880 MT

Projected Refrigerant Demand from the Transport Sector by 2037-38

Shakti Sustainable Energy Foundation’s work in the cooling sector parallels the vision of the ICAP. Our efforts are targeted at strengthening the cooling ecosystem by promoting thermal comfort for all, sustainable and clean cold chain, refrigerant transition, and super-efficient cooling appliances.

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Showing 6 to 10 of 10 entries

Promoting Clean and Energy Efficient Cold Chains in India (Executive Summary)

Cleaner and More Energy Efficient Cold chains in India

Sector: Energy Efficiency Undertaken By : MP Ensystems Advisory Private Limited Recent Publication: 2019

Around Rs. 92,000 crores worth of major agricultural produce (at 2014 wholesale prices) is lost in India every year (Central Institute of Post-Harvest Engineering and Technology, 2016). The actual economic loss would be compounded if we consider retail price, hunger, farmer distress and farm loan wavers. While many factors contribute to...Read more

Promoting low-GWP refrigerants

Advancing Domestic Dialogue and Action in Support of an HFC Phase-Down

Sector: Energy Efficiency Undertaken By : Council on Energy, Environment and Water Recent Publication: 2017

India has adopted a positive stance on the phase down of HFC production and consumption by proposing an amendment to the Montreal Protocol. Despite this affirmative action, there are relevant concerns amongst domestic stakeholders with respect to the alternative substances that are expected to replace HFCs. In particular, there are concerns...Read more

HCFC Phase-out Management Plan

HCFC Phase-out Management Plan - The SME Foam Sector

Sector: Energy Efficiency Undertaken By : LNC Pvt. Ltd. Recent Publication: 2017

India recently commenced stage II of the HCFC Phase-out Management Plan (HPMP-II) under the Montreal Protocol. As part of the Plan, India seeks to phase out the consumption of HCFC-141b by 2020. HCFCs are primarily used in the foam sector as a blowing agent. While most large-scale foam manufacturers in India have been able to shift to alternate...Read more

energy efficient buildings

Sustainable and Smart Space Cooling Coalition

Sector: Energy Efficiency Undertaken By : Alliance for an Energy Efficient Economy Recent Publication: 2017

India is at the cusp of an exponential growth in the air-conditioner (AC) market. The growing demand for cooling will lead to a significant increase in overall energy demand for space cooling, stress on the electricity grid and more emissions. The criticality of addressing India’s escalating demand for cooling energy cannot be overstated,...Read more

Short lived climate pollutants

Informing India’s Stance on the Global Phase-Down of Hydrofluorocarbons (HFCs)

Sector: Energy Efficiency Undertaken By : Centre for Science and Environment Recent Publication: 2016

In October 2016, India along with nearly 200 other countries adopted an agreement in Kigali, Rwanda to phase down the use of hydrofluorocarbons (HFCs). India agreed to move forward its proposed freeze year by three years from 2031 to 2028 and its proposed baseline by four years from 2028-2030 to 2024-2026. Efforts facilitated by Shakti have...Read more

Showing 6 to 10 of 10 entries