India is the third largest producer and consumer of electricity globally, with an installed capacity approaching 540 GW (April, 2026). More than 50% of its cumulative installed capacity is from non-fossil fuel sources, including hydro. Renewables have accounted for more than 80% of new capacity additions in 2024-2025, with a 2030 target of 500 GW for non-fossil capacity. Yet, VRE currently generates less than 15% of India's total electricity. To increase this contribution, grids, storage and market mechanisms will need to be expanded.
India's industrial sector is one of the largest contributors to economic growth, accounting for ~30% of GDP. It also contributes 30-35% of India's GHG emissions. Heavy industries such as steel, cement, chemicals, refineries, and fertilizers continue to rely heavily on coal and fossil fuel based thermal processes. However, the sector is entering a transition phase driven mainly by export competitiveness pressures, carbon-conscious global supply chains, and increasing renewable energy penetration.
India is the third-largest automotive producer globally with 240 Bn USD in industry turnover and 30 million jobs. Passenger travel is projected to triple and freight demand to grow five-fold between 2020 and 2050. Meeting this demand relies heavily on imported fossil fuels, exposing India to severe economic vulnerabilities. While the light commercial vehicles (2W + 3W) are rapidly electrifying due to favorable TCO, the hard-to-abate MHDT segment remains diesel-dependent due to operational friction and a lack of high-capacity corridor charging.
Food & Agriculture sits at a very vulnerable intersection of climate change where it is both the emitter of greenhouse gases and is severely threatened by the effects of these very emissions. India, with a population of 1.4 billion people to be fed, nearly ~40% the workforce being agrarian - the risk is existential. The sector contributes to around 12-14% of the national emissions and about 60-80% of it's farmland faces one or more climate risks.
As India undergoes rapid urbanisation and growth in the next 50 years, building housing and commercial units becomes imperative. The building sector today contributes to 33% of total GHG emissions, mainly due to cement manufacturing (embodied emissions) and energy usage (operational emissions). Sustainable buildings present the opportunity to conserve energy and resources and most critically, massively cut down emissions and pollution.
Water is both a culprit and victim of climate change: it contributes to GHG emissions in the form of CH4 and N2O, while also being highly susceptible to climate impacts. It has historically been an overlooked sector when it comes to innovation despite presenting a large economic opportunity, with the global economic value of water estimated at 58 Trillion USD annually.
In 2024, the world breached the 1.5°C global warming threshold for the first time, making climate adaptation a non-negotiable and urgent necessity. There is a growing consensus that adaptation investments must run complementary to mitigation actions. Latest assessments estimate that the cost of asset damage and business interruption across the global listed equity universe could grow to USD 4.6 trillion annually by 2050, under a 3°C warming scenario. Globally, investment opportunity, across public, private debt and equity, is expected to increase from US$2tn today to US$9tn by 2050. As the world's 9th most climate-vulnerable country, adaptation is an economic imperative for India.