Context: India has shown climate leadership with commitment to low-carbon development and net-zero greenhouse gas emissions by 2070.
Impact of India’ s climate commitments at COP26
An invitation to institutional investors and innovators: To develop next-gen smart appliances, grid storage, solar panels, wind turbines, energy-efficient industrial boilers, electrolysers for green hydrogen, or EV batteries.
Huge prospects for emission reduction: Council on Energy, Environment and Water (CEEW) analysis shows that the near-term target for renewables capacity would result in 246 million tonnes of CO2 saved in the electricity sector alone in 2030.
Put the ball in court of developed countries: Despite a 2070 net-zero year, India’s cumulative emissions from 1900 to 2100 would still be lower than that of US or EU (which have declared 2050 net-zero targets) or China (with a 2060 net-zero year).
Industrialised countries reduced emissions by only 7 per cent during 1990-2019.
India’s transition from peaking emissions to net-zero would be faster than any other major economy, which are taking a slow-motion route to net-zero stretching from four to more than seven decades.
Called out the shifting of goalposts around unmet climate finance promises:
No guarantee that new deadline of $100 billion will be honoured as this was meant to be delivered by 2020 has now been pushed to 2023.
India has demanded $1 trillion “at the earliest” for developing countries. Effectively, $100 billion is now a floor not a ceiling for climate finance.
Continues to show institutional leadership: Through launch of-
Infrastructure for Resilient Island States: An initiative under the Coalition for Disaster Resilient Infrastructure to support vulnerable island countries.
Green Grids Initiative: One Sun One World One Grid in partnership with the UK to interconnect grids across countries and tap into renewable energy resources everywhere.
Issues with India’s climate commitments
Feasibility of ambitious commitments: Getting to 500 GW of non-fossil capacity will not be easy.
Even if India builds another 50 GW of hydropower and nuclear capacity, it would still mean installing about 300 GW of additional renewables capacity.
Every working hour, six days a week, 365 days a year, for the next nine years, India would have to deploy at least 5 megawatts of renewable energy capacity.
Net-zero date is too far into the future to be meaningful.
Question on specific sectoral numbers: As CEEW analysis, shows that 2070 net-zero scenario will change the outlook for many key sectors.
With (green) hydrogen but without carbon capture and storage, by 2070 industrial energy will shift significantly. Hydrogen’s negligible share would have to grow to 19% of industrial energy by 2070.
Electricity from non-traditional sources provides less than 20% of industrial energy currently, but its share would have to jump to 65% by 2070.
Electric vehicles would have to be 84% of all four-wheelers and 79% of all trucks sold in 2070.
Coal-based power would have to be completely eliminated.
Way forward
Legislative backing for long-term climate targets: Performance and progress towards net-zero by each successive government should be monitored by the Parliament.
Policy and regulatory clarity through developing near-term and mid-term sectoral roadmaps.
Creation of constitutional body known as National Commission on Climate Change, to deal with climate change as a strategic risk and an overarching development priority, and improve inter-ministerial and Centre-state coordination.
Implementation of economy-wide carbon price to raise resources and nudge investments. As the
Economic cost for net-zero transition will amount to between $9,400 billion to $14,000 billion (in 2015 prices) between 2030 and 2100.
Mindset change directed towards sustainability, regardless of the economic sector.
Use, reuse and misuse of resources (land, water, air, carbon) must become guiding principles to pursue jobs, growth and sustainability.
Just-climate transition for those impacted by economic shocks and by climate shocks.