Chapter Overview
India's climate strategy rests on three pillars: Adaptation (prioritised given climate vulnerability), Mitigation (pragmatic, sequenced, energy-secure), and domestic finance (international flows remain structurally inadequate). The chapter challenges alarmist climate narratives, notes Europe's energy-transition struggles, and argues that development is itself a form of adaptation. India's per capita emissions (2.9 t/person) remain far below the global average (6.7 t/person), while climate adaptation spending has risen from 3.7% of GDP (FY16) to 5.6% (FY22). Environmental regulation is shifting from command-and-control to risk-based, outcome-oriented, trust-based governance.
2.9 t
India's per capita GHG (2024) vs global avg 6.7 t/person
51.93%
Non-fossil share of installed capacity (Dec 2025) — NDC 50% target surpassed
135.81 GW
Solar capacity (Dec 2025) — 45x rise from 3 GW in 2014
₹72,697 cr
Cumulative Sovereign Green Bonds issued since FY23
100 GWe
Nuclear power target by 2047 (current: 8,780 MW)
5.6% GDP
Adaptation & resilience domestic spending (FY22) vs 3.7% in FY16
💡 Key Concept: The "Entropy Effect" (10.5)
Well-intentioned energy transition strategies can inadvertently increase systemic volatility when complex renewable systems are introduced too quickly without adequate buffers, redundancy and institutional capacity. Europe's experience (Netherlands grid congestion, Spain blackout of 28 April 2025) illustrates this — renewable capacity expanded faster than balancing systems, storage, and transmission reinforcement.
- Netherlands: Grid congestion, 14,000 firms on waiting list for new connections
- Spain (28 Apr 2025): Widespread grid disruption during high RE output period
- Lesson for India: Sequence the transition — growth, energy security, and resilience must advance alongside low-carbon pathways, not be displaced by it
🎯 India's Three-Pillar Climate Strategy (10.14–10.16)
- Pillar 1 — Adaptation: Prioritised due to vulnerability (extreme weather, water/food security, sea-level rise). Primarily domestic public investment + state planning + community programmes. Immediate economic benefits: protects livelihoods, safeguards infra, minimises disaster losses.
- Pillar 2 — Mitigation: Phasing-in renewables, energy efficiency, green hydrogen, nuclear power. Challenges: access to advanced tech, critical mineral supply chains, affordable capital.
- Pillar 3 — Domestic Finance: International climate finance and regulation are binding constraints. Capital does not flow at scale to developing countries due to structural features of the global financial system.
Bill Gates' "Three Tough Truths" (COP30 Framing — 10.9)
- Climate change has meaningful consequences but is unlikely to produce "civilisational collapse"
- Innovation & declining green-cost premia are more durable than rapidly imposed constraints that erode growth
- Scarce fiscal resources should not be diverted from health, agriculture & poverty reduction for near-term mitigation targets
- Development is, in itself, a form of adaptation (10.10)
Chapter structure: Adaptation → Mitigation → Mission LiFE → Climate Finance → Environmental Regulation → Conclusion
Adaptation Finance Gap (10.21)
- Developing countries need: USD 310–365 billion/year by 2035
- Current international public adaptation finance: ~USD 26 billion/year
- India's domestic adaptation spending: 3.7% GDP (FY16) → 5.6% GDP (FY22)
Why Adaptation First?
- Unlike mitigation, adaptation offers immediate benefits: reduces losses, stabilises incomes, locks in development
- India's vulnerability: extreme weather, water & food security, sea-level rise, slow-onset events
- International & private finance skewed heavily towards mitigation — adaptation underfunded
📋 NAPCC — 9 National Missions (10.22)
The National Action Plan on Climate Change (NAPCC) drives climate action through nine missions:
- Solar Energy | Energy Efficiency | Sustainable Habitats | Water Management
- Himalayan Ecosystem | Green India | Sustainable Agriculture
- Strategic Knowledge for Climate Change | Health (climate & human health)
State Action Plans (SAPCCs) translate NAPCC objectives into region-specific steps. Evolution: SAPCC 2010–15 was mitigation-oriented; SAPCC 2020 onwards is adaptation-led development with district-specific risk analysis and convergence with flagship schemes.
Key Coastal & Ecosystem Adaptation Schemes
MISHTI (Mangrove Initiative)
- Mangrove restoration: 540 sq km
- Across 9 coastal states + 4 UTs (2023–2028)
- Employment: 22.8 million person-days
- Carbon sink: 4.5 million tonnes
- Nature-based tourism + sustainable livelihoods
Kerala KERA (Box X.1)
- World Bank-supported agri value-chain modernisation
- Outlay: USD 285 million (₹2,365 crore)
- Benefits 400,000+ farmers across 14 districts
- 150 Productive Alliances (FPCs + agribusiness)
- 200 MSMEs supported; 150 agri-tech start-ups
Subnational Innovation Case Studies
Meghalaya — MegARISE
- 50%+ springs dried up — water crisis
- Plantations over 8,430 hectares
- 55,000+ springs mapped via GIS
- 500+ community water-harvesting projects
- Spring Mapping Initiative + Climate-Adaptive Water Harvesting
Odisha — Pani Panchayats
- 39,000+ Pani Panchayats for community water governance
- OIIP: 538 minor irrigation systems, 15 districts, 125,000 households
- 28.8% water productivity ↑
- 67.8% agricultural output ↑
- 27% household incomes ↑
Ahmedabad — Heat Insurance
- First city in South Asia with Heat Action Plan (2013)
- Parametric heat insurance for informal workers
- Premium: ₹354/year
- Payout: ₹750–1,250 per extreme heat day
- Triggered when max temperature crosses defined threshold
Uttarakhand — Community Radio
- Mandakini ki Aawaz — Rudraprayag, Uttarakhand
- Liaises with IMD Dehradun + USDMA
- Early warnings, disaster advisories, emergency coordination
- Model for community-based disaster preparedness
Jodhpur — Net-Zero Cooling
- Net-zero cooling station — part of Heat Action Plan
- Passive cooling: wind towers, vetiver curtains, misting fans
- Solar-powered + reflective roofing
- 8°C cooler than outdoors (12 PM–6 PM)
- Model for scalable urban cooling infrastructure
Tamil Nadu — Coastal Mission
- 1,069 km coastline, 14 coastal districts
- TN Sustainably Harnessing Ocean Resources Project
- Coastal biodiversity, protection, livelihoods, pollution control
India's NDC Status (10.38–10.39)
- Non-fossil fuel share: 51.93% of installed capacity (Dec 2025) — 50% NDC goal surpassed
- FY26 RE addition (Apr–Dec 2025): 38.61 GW — Solar 30.16 + Wind 4.47 + Hydro 3.24 + Bio 0.03 + Nuclear 0.70
- India: 4th globally in total RE capacity (IRENA 2025) — after China, USA, Brazil
Clean Energy Achievements at a Glance (Chart X.3)
☀ Solar Energy
- 45-fold increase: 3 GW (2014) → 135.81 GW (Dec 2025)
- PM Surya Ghar: 8 GW rooftop capacity (Dec 2025)
- 55 solar parks: 39,973 MW sanctioned; 16,121 MW installed
- PM Kusum-B: 9.75 lakh standalone pumps
- CPSU Phase II: 8.2 GW sanctioned; 5.5 GW commissioned
💨 Wind Energy
- 54.51 GW installed (Dec 2025) — 4th globally
- 4.74 GW added (Apr–Dec 2025)
- 30.04 GW under implementation
- 83.35 billion units generated (2024-25)
- VGF for offshore wind projects
⚛ Nuclear Energy
- Current capacity: 8,780 MW
- Target: 100 GWe by 2047
- Budget 2025-26: ₹20,000 crore Nuclear Energy Mission
- 5 SMRs by 2033 target
- BSMR-200 (200 MWe) + SMR-55 (55 MWe)
- 700 MWe PHWRs (indigenous)
🟢 Green Hydrogen Mission
- Target: 5 MMT annually by 2030
- 862,000 tonnes/year capacity to 18 companies
- 3,000 MW electrolyser capacity (15 firms)
- 3 Green H₂ Hubs: Deendayal (GJ), V.O. Chidambaranar (TN), Paradip (Odisha)
🌿 Bio-Energy
- Biomass+cogeneration: 9.82 GW grid + 0.935 GWeq off-grid (Oct 2025)
- Waste-to-energy: 309.34 MW grid + 546.28 MWeq off-grid
- 51.21 lakh small biogas plants; 361 medium plants (11.5 MW)
⚛ SHANTI Act, 2025 — Landmark Nuclear Reform (Box X.2)
Sustainable Harnessing and Advancement of Nuclear Energy for Transforming India — passed in December 2025
- Consolidates Atomic Energy Act, 1962 + Civil Liability for Nuclear Damage Act (CLNDA), 2010
- Enables private sector & state governments in nuclear (previously not allowed)
- Graded liability framework — victim compensation safeguards retained
- Private sector can: plant operations, power generation, equipment manufacturing, R&D in peaceful nuclear uses
- Nuclear is clean, reliable, overcomes intermittency — ideal for heavy industry, hydrogen production
- CEA estimates: 100 GW nuclear in India's 2047 capacity mix
🔋 Battery Energy Storage (10.42–10.45)
Storage Demand Projections (CEA)
- Required: 336 GWh by 2029-30
- Required: 411 GWh by 2031-32
- Storage systems recognised under Electricity Rules as integral part of power system
- Included in Harmonised Master List of Infrastructure — enabling long-tenure, lower-cost finance
Storage Support Mechanisms
- VGF for BESS: Two schemes totalling ~43 GWh (Mar 2024 & Jun 2025)
- PLI for ACC batteries: ₹18,100 crore for 50 GWh; 10 GWh for grid-scale
- ISTS charge waiver for co-located BESS & PSP (till June 2028)
- Advisory: co-locate ≥10% storage with solar projects
- Largest BESS in India: 180 MW/360 MWh in Gujarat (IFC, USD 51.4 mn = ₹460 crore)
Kerala BESS Regulation (Box X.3)
- KSEB now mandates battery storage for new solar connections
- Rooftop solar >10 kW: 10% battery storage required; 15–20 kW: 20% required
- After 2027: even 5 kW systems require storage
- Gross metering mechanism offers higher tariffs to consumers with battery storage
⛏ Critical Minerals (10.46–10.56)
💡 Concept: Critical Minerals as New Strategic Chokepoints (10.46)
Lithium, cobalt, nickel, copper, rare earth elements have become the new strategic chokepoints of the low-carbon economy — influencing energy security, industrial competitiveness, and geopolitical power. Standards designed by advanced economies may:
- Barrier risk: Digital traceability, ESG compliance → steep costs for developing countries
- Value trap: Trap developing countries in low-value raw-material segments
- Affordability impact: Sustainability premiums raise mineral prices — a "clean but unaffordable" transition is neither rapid nor just
India's approach: National Critical Mineral Mission + Minerals Security Partnership + Indo-Pacific Economic Framework — combining strategic autonomy with global integration
National Critical Mineral Mission (NCMM)
- Approved 29 January 2025
- Financial outlay: ₹16,300 crore + ₹18,000 crore PSU investment
- Covers: exploration → mining → beneficiation → processing → recycling
- Recycling scheme: ₹1,500 crore incentive
- MMDR Act amended (01.09.2025): 24 of 30 critical minerals auctionable; 6 previously restricted minerals opened to private sector
KABIL & International Partnerships
- KABIL (Khanij Bidesh India Ltd): 15,703 hectares in Argentina for lithium mining
- Partnerships in Australia & Chile
- GSI: 195 exploration projects (FY24-25); 230 projects (FY25-26)
- Minerals Security Partnership (MSP) membership
- Indo-Pacific Economic Framework (IPEF) agreement
📈 Carbon Credit Trading Scheme — CCTS (10.57–10.58)
💡 Concept: Carbon Credit Trading Scheme (CCTS)
Adopted June 2023. Dual-mechanism framework:
- Compliance Mechanism: Emission-intensity baseline-and-credit system for energy-intensive sectors. Entities exceeding targets earn Carbon Credit Certificates (CCCs) in tCO₂e, traded on power exchanges. Built on PAT (Perform, Achieve & Trade) scheme infrastructure.
- Offset Mechanism: Non-obligated entities voluntarily register emission-reduction projects; 10 approved sectors: energy, industries, agriculture, waste, forestry, transport, fugitive emissions, construction, solvent use, CCUS.
- 2025: GEI targets notified for Aluminium, Cement, Chlor-Alkali, Pulp & Paper
International Carbon Markets (Box X.5) — Lessons for India
- EU ETS (2005): Cap-and-trade; 4th phase; covers power, industry, aviation, maritime. CBAM replaces free allocation for steel, cement, aluminium, fertilisers from 2026
- Korea ETS (2015): Cap-and-trade; 5% offset allowance; covers power, buildings, transport, maritime
- China ETS (2017): Intensity-based; 100% free allocation (benchmark); 5% offset allowance; covers power, steel, cement, aluminium (>26,000 tCO₂/year)
- Three lessons: (a) Gradual sector inclusion, (b) Avoid generous free allowances/offsets that dilute emission prices, (c) Align with country context
💡 Concept: Mission LiFE
Introduced in 2021 at COP26, Glasgow. An integral part of India's NDC. Connects individual & community behaviour change with climate action.
- Drives core shifts in consumption & production patterns → sustainability and circularity
- Enables adaptation through mindful resource use
- Small, collective actions cumulatively advance climate goals
- Mission LiFE is NOT a parallel initiative — it is the behavioural foundation underlying most climate policies
Aligned programmes: Standards & Labelling, UJALA LED adoption, PAT (industrial efficiency), NAPCC missions on energy efficiency, water, sustainable habitats, agriculture
Odisha: Garbage-Free Urban Odisha (Box X.6) — Waste to Wealth
- State-wide mission launched 2023
- Bio-mining technologies + institutional planning + SHG community participation
- Bhubaneswar Municipal Corporation: coconut waste facility, flower waste facility, 150 TPD mega material recovery facility, 10 TPD plasma processor
- Creates livelihoods, transforms reclaimed dumpsites into wealth centres
The Climate Finance Gap (10.63)
- Developing economies need: USD 5–6 trillion by 2030 for climate action
- Sevilla Conference (Compromiso de Sevilla): annual gap is USD 4 trillion (SDG + climate)
- Gap is not from lack of global capital — it's from structural misalignment between abundant liquidity and risk appetite
- COP30 (Nov 2025, Belem, Brazil): established 2-year work programme on Article 9.1 (climate finance obligations) — shifts focus back from private flows to state obligations
Sovereign Green Bonds (₹ Crore)
| Year | Amount (₹ Crore) |
|---|
| FY 2022-23 | 16,000 |
| FY 2023-24 | 20,000 |
| FY 2024-25 | 21,697 |
| FY 2025-26 | 15,000 |
| Cumulative | 72,697 |
Municipal Green Bonds (Table X.1)
| Corporation | Amount | Use |
|---|
| Indore | ₹244 cr | Solar plant |
| Ahmedabad | ₹200 cr | Water treatment |
| Vadodara | ₹100 cr | Water treatment |
| Ghaziabad | ₹150 cr | Sewage treatment |
Unlock potential: USD 2.5–6.9 billion for local body climate action over 5–10 years
💡 Concept: Greenium in Sovereign Green Bonds (Box X.7)
Greenium = yield advantage of green bonds over comparable conventional bonds. Cross-country experience: EU (~2 bps), UK, France all show small greenium. India's greenium depends on market design, liquidity, credibility, and post-issuance reporting. Building a larger, more liquid market can help translate into meaningful cost-of-capital advantage.
National Development Finance Institutions in Climate Finance (10.73)
- IREDA (renewable energy), NABARD (rural climate), SIDBI (MSMEs), PFC (power), REC (RE & transmission)
- Support project preparation, enhance bankability through catalytic capital
- Key needs: blended finance, project de-risking, technical assistance, capacity building
💡 Concept: Structural Weaknesses in International Climate Finance (Box X.8)
- MDB operating model: prioritise low-risk sovereign lending + AAA ratings → limit balance-sheet recycling & private capital mobilisation
- Basel III + Solvency II: impose high capital charges on long-term MDB-backed infrastructure in emerging markets → exclude large pools of private capital
- Asset-class mismatch: institutional investors prefer standardised, liquid securities; developing-country projects are bespoke and fragmented
- Solution: MDB recapitalisation; public capital as first-loss; regulatory recalibration; "originate-to-share" model rather than "originate-to-hold"
🛡
Adaptation Centrestage
Developed nations not on track for their 2030 NDC targets. India must place adaptation at the centre of its climate story
⚡
Pragmatic Mitigation
RE growth + energy efficiency + nuclear + green hydrogen + carbon markets — aligned with energy security, industrial competitiveness, job creation
💰
Finance Reform
Domestic resources insufficient. Need MDB reform, risk-sharing, blended finance, credit rating recalibration, predictable concessional finance
⚖
Smart Regulation
Risk-based, outcome-oriented, trust-based governance that reconciles environmental protection with ease of doing business
Core Conclusion (10.103)
India's climate pathway is anchored in development realism. Climate action is pursued not through abrupt transitions or externally imposed models, but through adaptive institutions, domestic capacity building, and policy coherence. India's experience offers a development-centric framework — one that integrates resilience, competitiveness, and sustainability — demonstrating that economic growth and environmental stewardship can advance together rather than in opposition.
Quick Reference: Key Numbers & Schemes
| Theme | Key Item | Data / Status |
|---|
| India GHG emissions | Per capita (2024) | 2.9 t/person vs global 6.7 t/person |
| NDC Target | Non-fossil power capacity | 51.93% (Dec 2025) — 50% goal surpassed |
| Adaptation finance | Domestic spending | 3.7% GDP (FY16) → 5.6% GDP (FY22) |
| Adaptation gap | Annual need by 2035 | USD 310–365 bn; current flows ~USD 26 bn |
| Solar capacity | Dec 2025 | 135.81 GW (45x rise from 3 GW in 2014) |
| Wind capacity | Dec 2025 | 54.51 GW (4th globally) |
| Nuclear target | By 2047 | 100 GWe (current 8,780 MW) |
| SHANTI Act | Passed | December 2025 — private sector in nuclear |
| Green Hydrogen | 2030 target | 5 MMT/year; 3 dedicated hubs |
| Battery Storage | Required by 2029-30 | 336 GWh (CEA estimate) |
| VGF for BESS | Support | ~43 GWh across two schemes |
| NCMM | Outlay | ₹16,300 cr + ₹18,000 cr PSU investment |
| CCTS | Adopted | June 2023; 4 sectors with GEI targets (2025) |
| Sovereign Green Bonds | Cumulative (FY23-FY26) | ₹72,697 crore |
| MISHTI | Mangrove restoration | 540 sq km; 22.8 mn person-days; 4.5 mn t carbon sink |
| Surat ETS (PM) | Impact | 20–30% emissions ↓; 11–14% abatement cost ↓ |
| Plastic ban | 12 SUPs banned | From 1 July 2022 |
Practice MCQs — Chapter 10
1. The SHANTI Act, 2025 consolidates which two existing Acts and enables private sector participation in nuclear energy?
(a) Atomic Energy Act, 1962 + Nuclear Liability Act, 2015
(b) Atomic Energy Act, 1962 + Civil Liability for Nuclear Damage Act (CLNDA), 2010
(c) Electricity Act, 2003 + Atomic Energy Act, 1962
(d) EPA, 1986 + Atomic Energy Act, 1962
Correct: (b)
The SHANTI Act (Dec 2025) consolidates the Atomic Energy Act, 1962 and CLNDA, 2010. It enables private sector & state govt participation in nuclear, maintains a graded liability framework, and targets 100 GWe of nuclear capacity by 2047.
2. India's per capita GHG emissions in 2024 are estimated at 2.9 t/person. What is the global average per capita GHG emission?
(a) 4.2 t/person
(b) 5.5 t/person
(c) 6.7 t/person
(d) 8.3 t/person
Correct: (c)
India's per capita GHG emissions (2.9 t/person) are well below the global average of 6.7 t/person, reflecting India's development stage and relatively low-carbon growth pathway.
3. The Mangrove Initiative for Shoreline Habitats and Tangible Incomes (MISHTI) aims to restore mangroves over approximately how many square kilometres?
(a) 250 sq km across 6 states
(b) 400 sq km across 7 states and 2 UTs
(c) 540 sq km across 9 states and 4 UTs
(d) 720 sq km across 11 states and 3 UTs
Correct: (c)
MISHTI covers 540 sq km across 9 coastal states and 4 UTs (2023–2028). It will generate 22.8 million person-days of employment and create a carbon sink of 4.5 million tonnes.
4. The Carbon Credit Trading Scheme (CCTS) in India notified GHG Emission Intensity (GEI) targets for four sectors in 2025. Which of the following is NOT among them?
1. Aluminium 2. Cement 3. Fertilisers 4. Chlor-Alkali 5. Pulp and Paper
(a) 1 only
(b) 3 only
(c) 3 and 5
(d) 2 and 4
Correct: (b)
The 2025 CCTS GEI targets were notified for Aluminium, Cement, Chlor-Alkali, and Pulp & Paper. Fertilisers is NOT among the four sectors. The CCTS is built on the PAT scheme infrastructure.
5. The Surat Emissions Trading Scheme for particulate matter — a global first — achieved which of the following outcomes compared to the command-and-control regime?
(a) 10–15% emission reduction; 5–8% abatement cost reduction
(b) 15–20% emission reduction; 8–10% abatement cost reduction
(c) 20–30% emission reduction; 11–14% abatement cost reduction
(d) 30–40% emission reduction; 15–20% abatement cost reduction
Correct: (c)
The Surat ETS (317 industrial plants, mandatory CEMS) achieved 20–30% emission reduction and 11–14% abatement cost reduction, demonstrating that pollution markets work effectively even in lower-capacity settings.
6. The National Critical Mineral Mission (NCMM) was approved in January 2025 with what financial outlay?
(a) ₹8,500 crore (GoI) + ₹10,000 crore PSU investment
(b) ₹16,300 crore (GoI) + ₹18,000 crore PSU investment
(c) ₹12,000 crore (GoI) + ₹15,000 crore PSU investment
(d) ₹20,000 crore (GoI) + ₹25,000 crore PSU investment
Correct: (b)
NCMM was approved on 29 January 2025 with ₹16,300 crore GoI outlay and ₹18,000 crore expected PSU investment. A separate ₹1,500 crore recycling incentive scheme was also approved under NCMM.
7. Which city in South Asia launched the first Heat Action Plan in 2013, and later introduced parametric heat insurance with a premium of ₹354/year?
(a) Jodhpur
(b) Mumbai
(c) Ahmedabad
(d) Hyderabad
Correct: (c)
Ahmedabad was the first city in South Asia to launch a Heat Action Plan (2013). Mahila Housing Trust and SEWA launched parametric heat insurance with ₹354 premium, paying ₹750–1,250 when maximum temperature crosses defined thresholds.
8. India's cumulative Sovereign Green Bond issuance since FY23 (including FY26) amounts to approximately:
(a) ₹45,000 crore
(b) ₹55,000 crore
(c) ₹72,697 crore
(d) ₹90,000 crore
Correct: (c)
Cumulative issuance: ₹16,000 cr (FY23) + ₹20,000 cr (FY24) + ₹21,697 cr (FY25) + ₹15,000 cr (FY26) = ₹72,697 crore. Municipal green bonds have also been issued by Indore, Ahmedabad, Vadodara, and Ghaziabad.
