1. Executive Summary

India’s carbon market architecture is entering a decisive phase. The Carbon Credit Trading Scheme (CCTS), notified under the Energy Conservation (Amendment) Act 2022 and operationalised through the June 2023 gazette notification by the Ministry of Power, is now transitioning from its design phase into early compliance cycles. The Bureau of Energy Efficiency (BEE), designated as the national administrator, has made material progress on registry infrastructure, MRV protocols, and obligated entity identification. Simultaneously, India’s established Renewable Energy Certificate (REC) market is undergoing structural reform, and the voluntary carbon market (VCM) is recalibrating following global integrity concerns and the operationalisation of Article 6.4 mechanisms.

Externally, the European Union’s Carbon Border Adjustment Mechanism (CBAM) has completed its first quarter of definitive implementation (January–March 2026), and Indian exporters are now confronting the financial reality of embedded carbon costs. This convergence of domestic compliance obligations and international trade-linked carbon pricing creates an unprecedented inflection point for Indian industry.

This whitepaper synthesises regulatory developments, market data, and sectoral intelligence to provide a forward-looking assessment for corporate leaders, sustainability professionals, and policy stakeholders navigating India’s carbon market transition in H2 2026 and beyond.

2. CCTS Implementation Progress

2.1 Regulatory Architecture

The CCTS framework, established under Section 14AA of the Energy Conservation Act (as amended in 2022), operates through a three-tier governance structure: the Ministry of Power (MoP) as the policy authority, BEE as the scheme administrator, and the Grid Controller of India (formerly POSOCO) as the registry operator. The Indian Carbon Market (ICM) is designed to function in two modes — a compliance market tied to energy intensity targets and an offset market generating Carbon Credit Certificates (CCCs) from eligible projects.

As of Q2 2026, the compliance market remains in its foundational phase. The MoP, through BEE, has finalised the list of obligated entities across the initial tranche of sectors: thermal power generation, iron and steel, cement, and aluminium. These four sectors collectively account for approximately 65% of India’s industrial greenhouse gas emissions, according to MoEFCC’s Third Biennial Update Report to the UNFCCC.

2.2 Baseline Setting and Target Allocation

BEE has completed baseline energy intensity assessments for approximately 1,100 Designated Consumers (DCs) under the Perform, Achieve, and Trade (PAT) Scheme, which serves as the data backbone for CCTS target allocation. The transition from PAT’s energy-saving certificate (ESCert) model to the CCTS carbon credit model has required significant methodological adaptation — notably the conversion from tonnes of oil equivalent (TOE) savings to tonnes of CO2 equivalent (tCO2e) reductions.

A critical development in Q1 2026 was BEE’s publication of sector-specific emission factor databases, drawing on IPCC 2006 Guidelines (2019 Refinement), Central Electricity Authority (CEA) grid emission factors, and India-specific calorific values from the Coal Controller’s Organisation. These factors form the basis of the MRV framework and directly determine credit issuance volumes.

2.3 Registry and Trading Infrastructure

The national registry for CCCs, operated by the Grid Controller of India, achieved technical go-live in late 2025. The platform supports entity registration, credit issuance, transfer, and retirement functions. Integration with the power exchange platforms — IEX and PXIL — for secondary market trading is expected to be operational by Q3 2026, following SEBI’s clearance of the trading rules framework. SEBI’s consultation paper on carbon credit derivatives, released in February 2026, signals the regulator’s intent to bring CCC trading within its oversight ambit, analogous to its jurisdiction over commodity derivatives.

2.4 Offset Market Development

The offset component of CCTS has advanced more slowly. BEE issued draft methodologies for seven project categories in November 2025 — renewable energy, energy efficiency, waste management, afforestation, methane avoidance, clean cooking, and industrial gas destruction. Public comments were received through January 2026, and finalised methodologies are anticipated by Q3 2026. Accreditation criteria for Designated Verification Agencies (DVAs) were notified in March 2026, with BEE targeting the empanelment of at least 15 DVAs by year-end.

3. BEE Milestones and Institutional Readiness

3.1 Capacity Building

BEE’s institutional readiness programme has accelerated significantly in 2026. The Bureau has conducted 42 capacity-building workshops across 18 states in the first half of the year, training over 3,200 professionals from obligated entities on MRV requirements, GHG accounting, and CCTS compliance procedures. This represents a threefold increase over the 2025 training throughput and reflects the urgency of the compliance timeline.

Additionally, BEE has partnered with the Quality Council of India (QCI) to develop a certification programme for carbon market professionals — the Certified Carbon Market Professional (CCMP) credential. The first examination cycle is scheduled for September 2026, with a target of 500 certified professionals by March 2027.

3.2 MRV Framework

The Monitoring, Reporting, and Verification (MRV) framework is the operational backbone of the CCTS. BEE’s final MRV guidelines, published in April 2026, mandate facility-level GHG inventories following ISO 14064-1:2018 principles, with sector-specific reporting templates aligned to the CCTS requirements. Key provisions include:

• Scope 1 and Scope 2 emissions reporting at the installation level (not corporate aggregate)
• Activity data requirements with specified measurement frequencies and uncertainty thresholds
• Mandatory third-party verification by empanelled DVAs using ISO 14064-3:2019 procedures
• Annual reporting cycles with a 90-day submission window following each compliance period
• Digital data submission through the national registry portal with standardised XML schemas

The MRV framework represents a material step up from the PAT Scheme’s energy audit approach. Most obligated entities will need to overhaul their data collection systems, install additional metering equipment, and develop internal competencies in GHG quantification — a transition that our client engagements suggest will require 6–12 months for well-prepared organisations and 12–18 months for those starting from baseline.

3.3 International Alignment

BEE has engaged actively with international carbon market frameworks to ensure interoperability. Notably, the Bureau signed a cooperation agreement with the European Commission’s DG CLIMA in January 2026 to facilitate technical exchange on MRV systems and explore mutual recognition pathways for emission data. This is directly relevant to CBAM compliance, where Indian exporters using CCTS-verified emissions data may eventually claim equivalence to EU-acceptable methodologies.

4. REC Market Trends

4.1 Market Performance

The Renewable Energy Certificate market, regulated by the Central Electricity Regulatory Commission (CERC) and traded on IEX and PXIL, has experienced notable shifts in Q1–Q2 2026. Trading volumes on IEX reached approximately 8.2 million RECs in the January–March quarter, a 28% increase over Q1 2025. However, clearing prices have exhibited downward pressure, with the weighted average price declining from approximately INR 350 per REC in Q4 2025 to INR 310 per REC in Q1 2026.

This price softening reflects the growing supply of renewable energy capacity — India added 18.4 GW of renewable capacity in FY 2025–26 according to MNRE provisional data — outpacing the growth in Renewable Purchase Obligation (RPO) demand. CERC’s revised RPO trajectory, notified in August 2023, mandates 43% RPO by FY 2029–30 (including a 6% energy storage obligation), but current compliance levels are tracking above the near-term targets, creating a supply surplus.

4.2 REC-CCTS Interface

A critical regulatory question in Q2 2026 concerns the interaction between RECs and CCCs. The MoP’s draft guidelines on avoiding double counting between the REC market and the CCTS offset market were circulated in March 2026 and are currently under inter-ministerial consultation. The proposed approach follows the principle that renewable energy projects can generate either RECs or CCCs, but not both for the same unit of generation — a position consistent with Article 6 corresponding adjustment principles and essential for maintaining market integrity.

For obligated entities, the implications are significant. Procurement of RECs will continue to satisfy RPO compliance but will not automatically reduce the Scope 2 emissions counted under CCTS baselines unless the underlying generation is also surrendered against the entity’s electricity consumption. This distinction between instrument-based accounting (RECs) and location-based accounting (grid emission factors) will require careful navigation.

5. Voluntary Carbon Market Landscape in India

5.1 Market Recalibration

India’s VCM — historically dominated by Clean Development Mechanism (CDM) legacy projects and verified through international standards such as Verra’s VCS and Gold Standard — is undergoing a fundamental recalibration. Global VCM transaction volumes declined approximately 18% in 2025, according to Ecosystem Marketplace data, as buyers became more selective in response to integrity concerns and the proliferation of quality frameworks (ICVCM Core Carbon Principles, VCMI Claims Code).

India-origin credits have been disproportionately affected. Renewable energy avoidance credits, which historically constituted over 60% of India’s VCM issuance by volume, have seen demand collapse following Verra’s confirmation that new RE projects in India would face heightened additionality scrutiny under its consolidated methodology (VM0038). Prices for Indian RE avoidance credits have fallen to USD 1.50–2.50 per tCO2e, well below the USD 4–6 range of 2023.

5.2 Quality Migration

However, higher-integrity credit categories are showing resilience. Nature-based solutions (NBS) projects — particularly mangrove restoration in Gujarat and Maharashtra, and community forestry in the Northeast — are commanding USD 8–15 per tCO2e. Clean cooking projects under Gold Standard, particularly those deploying improved cookstoves in Rajasthan, Madhya Pradesh, and Odisha, remain in demand at USD 6–10 per tCO2e due to their strong co-benefit narratives (health, gender, biodiversity).

The emergence of biochar-based carbon removal projects in India is a notable Q2 2026 development. At least three project developers have initiated Puro.earth registrations for biochar production facilities in Punjab and Haryana, converting crop residue into stable carbon. If validated, these could position India as a meaningful player in the carbon dioxide removal (CDR) market, which commands USD 50–150 per tonne depending on permanence guarantees.

5.3 CCTS-VCM Convergence

The relationship between India’s domestic CCTS and the international VCM is a critical policy frontier. MoEFCC’s April 2026 statement indicated that Article 6.2 bilateral agreements would be pursued selectively, with Singapore, Japan, and Switzerland identified as priority counterparties. Credits generated under CCTS offset methodologies and authorised by the national Designated National Authority (DNA) could potentially access international VCM demand through corresponding adjustments — a channel that could significantly enhance the value proposition of Indian offset projects.

6. CBAM First Quarter Impact Assessment

6.1 Definitive Phase Launch

The EU CBAM transitioned from its transitional phase (October 2023–December 2025) to the definitive phase on 1 January 2026. The definitive phase requires EU importers to purchase and surrender CBAM certificates corresponding to the embedded emissions in imported goods from CBAM-covered sectors: cement, iron and steel, aluminium, fertilisers, electricity, and hydrogen. The certificate price is linked to the EU Emissions Trading System (EU ETS) allowance price, which averaged approximately EUR 68 per tCO2e in Q1 2026.

6.2 Impact on Indian Exports

India’s exposure to CBAM is substantial. According to the Directorate General of Commercial Intelligence and Statistics (DGCI&S), India’s exports to the EU in CBAM-covered product categories totalled approximately USD 8.2 billion in FY 2025–26, distributed as follows:

• Iron and steel: USD 4.1 billion (50% of CBAM-exposed exports)
• Aluminium: USD 2.3 billion (28%)
• Cement: USD 0.4 billion (5%)
• Fertilisers: USD 1.1 billion (13%)
• Hydrogen: USD 0.3 billion (4%)

The aggregate CBAM duty liability for Indian exporters in FY 2026–27 is estimated at EUR 1.8–2.4 billion, depending on the share of exporters that can demonstrate actual emissions below EU default values. This estimate accounts for the phased introduction of CBAM certificates (initially covering a percentage of embedded emissions, scaling to 100% as free EU ETS allowances are phased out).

6.3 Actual vs. Default Value Divergence

A pivotal finding from Q1 2026 CBAM reporting is the significant divergence between actual installation-level emissions and EU default values for Indian producers. The EU’s default values, calculated as the average emission intensity of the 10% worst-performing installations globally in each sector (augmented by a mark-up for transport), are structurally punitive for Indian facilities that have invested in process efficiency, waste heat recovery, or partial renewable energy integration.

Our client engagements across the steel and aluminium sectors indicate that facilities able to demonstrate actual emissions through CBAM-compliant methodologies are achieving 15–30% reductions relative to EU default values. At EUR 68 per tCO2e, this translates to savings of EUR 20–60 per tonne of product for steel and EUR 150–400 per tonne for aluminium — savings that directly affect export competitiveness and margin preservation.

6.4 Data Infrastructure Challenges

However, the operational burden of CBAM compliance is substantial. EU importers require installation-level emissions data calculated per the EU’s Implementing Regulation methodology, which differs from both BRSR reporting requirements and the emerging CCTS framework. Indian exporters must provide: direct emissions from production processes, indirect emissions from electricity consumption (using actual grid or captive generation data), precursor emissions for complex goods, and process-specific allocation of emissions to CBAM product categories.

Many Indian exporters entered the definitive phase inadequately prepared. A survey by the Federation of Indian Export Organisations (FIEO) in February 2026 indicated that only 38% of CBAM-exposed exporters had facility-level emissions data of sufficient granularity for CBAM reporting, and only 22% had engaged third-party verifiers. This preparedness gap represents both a risk (potential reliance on punitive default values) and a market opportunity for advisory and verification service providers.

7. Sector-Level Readiness Assessment

RSustain’s sector readiness assessment evaluates preparedness across four dimensions: data infrastructure, governance and ownership, technical competency, and strategic integration. Each sector is rated on a five-point scale from Nascent (1) to Advanced (5).

7.1 Thermal Power Generation

Overall Readiness: 3.5 / 5 (Developing-to-Established)

The power sector benefits from the most mature data infrastructure among CCTS-covered sectors, owing to CEA’s long-standing reporting requirements for station-level heat rates, auxiliary consumption, and fuel consumption. NTPC and other major generators have initiated ISO 14064-1 inventories at the plant level. However, captive power plants attached to industrial facilities — which fall under the generating entity’s obligations — present a significant readiness gap, with most lacking independent metering and emissions accounting capabilities.

7.2 Iron and Steel

Overall Readiness: 2.5 / 5 (Nascent-to-Developing)

The steel sector exhibits a pronounced bifurcation. Top-tier producers (Tata Steel, JSW Steel, SAIL, AM/NS India) have advanced sustainability teams, CDP disclosures, and SBTi commitments that provide a foundation for CCTS compliance. However, the secondary steel sector — comprising over 1,200 electric arc furnace (EAF) and induction furnace (IF) units responsible for approximately 30% of India’s crude steel production — has minimal emissions accounting capability. BEE’s February 2026 engagement programme for MSME steel producers is a welcome intervention but will require sustained support over 12–18 months.

7.3 Cement

Overall Readiness: 3.0 / 5 (Developing)

India’s cement sector, the second largest globally, has reasonable familiarity with emissions reporting through the Global Cement and Concrete Association (GCCA) Getting the Numbers Right (GNR) database and CSI protocols. Major producers report clinker-to-cement ratios, thermal substitution rates, and specific CO2 emissions. The primary gap is the transition from corporate-level sustainability reporting to facility-level CCTS compliance, which requires disaggregated data for each kiln line and grinding unit. The sector’s extensive participation in PAT Cycles I–VII provides a useful data foundation.

7.4 Aluminium

Overall Readiness: 2.0 / 5 (Nascent)

The aluminium sector faces the most acute readiness challenge, driven by the sector’s heavy reliance on captive coal-fired power (which accounts for 70–80% of primary aluminium’s carbon footprint) and the complexity of the smelting process. India’s three primary producers — Hindalco, Vedanta Aluminium, and NALCO — have varying levels of maturity. The sector’s high CBAM exposure creates additional urgency, as EU importers are already demanding installation-level data. The sector would benefit significantly from a collaborative industry initiative, potentially facilitated by the Aluminium Association of India, to develop standardised MRV procedures.

8. Policy Outlook for H2 2026

8.1 Expected Regulatory Developments

Based on published regulatory timelines, stakeholder consultations, and policy signals, RSustain anticipates the following developments in H2 2026:

• Q3 2026: Finalisation of CCTS offset methodologies for seven project categories; empanelment of first tranche of DVAs; launch of CCC secondary market trading on IEX/PXIL
• Q3 2026: SEBI notification on carbon credit derivative trading framework, including position limits, margin requirements, and eligible market participants
• Q3–Q4 2026: BEE notification of compliance period targets for the initial four sectors, with the first compliance period expected to commence in FY 2027–28
• Q4 2026: MoEFCC expected to sign Article 6.2 bilateral agreements with Singapore and Japan, enabling authorised transfer of mitigation outcomes
• Q4 2026: CERC expected to issue final order on REC-CCC interaction framework, resolving the double-counting question

8.2 Carbon Price Trajectory

India’s carbon price discovery under the CCTS will be a closely watched development. International benchmarks suggest a wide range: the EU ETS at approximately EUR 65–75, China’s national ETS at approximately RMB 90–100 (USD 12–14), and Korea’s K-ETS at approximately KRW 10,000–12,000 (USD 7–9). Given India’s economic development priorities, initial CCTS carbon prices are likely to be modest — our estimate is INR 400–800 per tCO2e (USD 4.50–9.50) in the first compliance period — but with a trajectory toward INR 1,500–2,500 by 2030 as targets tighten and market liquidity deepens.

8.3 Green Taxonomy and Sustainable Finance Linkage

A significant secondary development is the Reserve Bank of India’s (RBI) work on a green taxonomy and the Securities and Exchange Board of India’s (SEBI) consultation on transition finance disclosures. These initiatives, while not directly part of the carbon market architecture, will shape capital allocation decisions and create incentives for decarbonisation investments that, in turn, generate emission reductions tradeable under the CCTS. The convergence of carbon markets and sustainable finance regulation is likely to be a defining theme of India’s climate policy landscape in 2027 and beyond.

9. Recommendations for Industry

Based on our analysis of the current regulatory landscape, market dynamics, and sectoral readiness, RSustain recommends the following actions for industrial stakeholders:

9.1 Immediate Actions (Q3 2026)

1. Commission facility-level GHG inventories. Do not wait for final CCTS reporting templates. Begin ISO 14064-1 inventories now, covering Scope 1 and Scope 2 at the installation level. The data collected will be directly applicable to CCTS compliance and will also satisfy CBAM reporting requirements with modest adaptation.
2. Assess CBAM exposure quantitatively. If you export to the EU in covered categories, calculate your actual embedded emissions using EU CBAM methodology. Compare against default values. The financial case for actual-value reporting is compelling — our clients are typically seeing 15–30% reductions against defaults.
3. Audit existing BRSR data for CCTS gaps. Map your current BRSR Principle 6 disclosures against CCTS requirements. Identify gaps early, particularly around facility-level disaggregation, production-based intensity metrics, and emission factor selection. This mapping exercise typically reveals 4–8 critical data gaps that require 3–6 months to close.

9.2 Medium-Term Actions (Q4 2026 – Q2 2027)

1. Build internal carbon market competency. Designate a carbon market lead within your sustainability function. Invest in BEE’s capacity building programmes and consider pursuing the CCMP certification. The organisations that build internal capability early will have a structural advantage when compliance cycles begin.
2. Evaluate abatement opportunities through a carbon pricing lens. Apply an internal carbon price of INR 1,000–1,500 per tCO2e when evaluating energy efficiency, fuel switching, and process improvement investments. This price reflects the likely CCTS trajectory toward 2030 and provides a more accurate investment decision framework than current energy prices alone.
3. Engage with offset project development. If your operations generate emission reductions beyond compliance requirements — through waste heat recovery, biomass substitution, methane capture, or other eligible activities — assess the feasibility of registering these as CCTS offset projects. The revenue potential is modest at current prices but will scale with market development.

9.3 Strategic Actions (2027 and Beyond)

1. Integrate carbon market strategy into corporate decarbonisation planning. The CCTS is not merely a compliance obligation — it is a market mechanism that rewards early movers and penalises laggards. Organisations that achieve emission reductions ahead of tightening targets will generate tradeable credits; those that delay will face escalating compliance costs.
2. Monitor international linkage developments. Article 6.2 bilateral agreements and potential mutual recognition between the CCTS and international carbon markets could create arbitrage opportunities and new demand channels for Indian credits. Stay engaged with MoEFCC and BEE consultations on international cooperation.
3. Prepare for expanded sectoral coverage. The initial CCTS covers four sectors, but BEE has indicated plans to extend coverage to petrochemicals, paper and pulp, textiles, and commercial buildings in subsequent phases. Early preparation in these sectors will provide competitive advantage.

10. Methodology and Sources

This whitepaper draws on the following primary sources:

• Ministry of Power — Carbon Credit Trading Scheme notification (June 2023) and subsequent amendments
• Bureau of Energy Efficiency — MRV guidelines (April 2026), capacity building programme data, PAT Scheme baseline data
• Ministry of Environment, Forest and Climate Change — Third Biennial Update Report to UNFCCC, Article 6 policy statements
• Securities and Exchange Board of India — BRSR reporting framework, carbon derivatives consultation paper (February 2026)
• Central Electricity Authority — CO2 emission factor database, installed capacity reports
• Central Electricity Regulatory Commission — REC regulations, RPO trajectory notifications
• European Commission — CBAM Implementing Regulation, default value databases, transitional phase reporting data
• Indian Energy Exchange — REC trading data, market clearing prices
• Directorate General of Commercial Intelligence and Statistics — Export trade data
• Federation of Indian Export Organisations — CBAM preparedness survey (February 2026)
• RSustain client engagement data and proprietary sector assessments (anonymised)

This whitepaper is intended for informational purposes only and does not constitute legal, financial, or regulatory advice. Readers should consult qualified professionals for guidance specific to their circumstances. Data cited reflects the best available information as of May 2026 and is subject to revision as official statistics are updated.