INDIA-EU TRADE VERTICAL FACTSHEET

GREEN ENERGY, SOLAR, AND CLEAN TECHNOLOGY

This factsheet covers the India-EU green energy trade vertical — solar equipment, wind energy components, hydrogen, green hydrogen derivatives, and clean technology goods. This is an emerging and strategically significant vertical driven by the EU's Green Deal and India's National Green Hydrogen Mission.

1. Market Overview

2. Key Products and HS Codes

3. EU Regulatory and Standards Framework

3.1 Solar PV — CE Marking and Standards

Solar PV modules and inverters sold in the EU require CE marking under applicable EU Directives. Key applicable standards:

Low Voltage Directive 2014/35/EU: For inverters and grid-connected equipment above 50V AC.

EMC Directive 2014/30/EU: For all electronic equipment including inverters and monitoring systems.

IEC 61215: Design qualification and type approval for crystalline silicon PV modules — the primary product standard for PV modules.

IEC 61730: Safety qualification for PV modules — tests for electrical safety, fire resistance, and mechanical load.

IEC 62109: Safety of power converters for use in photovoltaic power systems — for inverters.

EU Ecodesign for Sustainable Products Regulation (ESPR): Forthcoming requirements for solar panels on repairability, recyclability, and end-of-life management — Indian manufacturers should monitor ESPR developments.

3.2 EU Battery Regulation — Regulation (EU) 2023/1542

This landmark regulation phases in new requirements for all batteries (including lithium-ion batteries in EVs, industrial storage, and portable applications) placed on the EU market:

Carbon footprint declaration (from 2025 for EV batteries, phased for others): Indian battery manufacturers will need to calculate and declare the carbon footprint per kWh of battery capacity produced.

Carbon footprint performance class (from 2026): Batteries above a carbon footprint threshold cannot be placed on the EU market — directly relevant to Indian battery manufacturers depending on their energy mix.

Recycled content requirements (from 2030): Minimum recycled content for cobalt, lithium, nickel, and lead in batteries.

Digital Battery Passport (from 2027): A digital record of battery composition, carbon footprint, state of health, and supply chain due diligence — scannable via QR code.

3.3 Green Hydrogen — EU Regulatory Framework

The EU defines "renewable hydrogen" (green hydrogen) under Delegated Regulation (EU) 2023/1184 — hydrogen produced from renewable electricity where the electricity meets specific additionality, temporal correlation, and geographic correlation criteria. Indian green hydrogen exported to the EU must meet these criteria to qualify as "renewable hydrogen" for EU purposes (e.g. to count towards the EU's Renewable Energy Directive quotas for industrial hydrogen).

Under the EU Hydrogen Bank and H2Global mechanism, the EU is funding long-term green hydrogen offtake contracts from non-EU producers — India is one of the targeted supply countries. Indian exporters and developers should monitor H2Global auction rounds for potential offtake opportunities.

3.4 CBAM and Green Energy

Green hydrogen and green ammonia fall within CBAM scope (see Doc 56). However, the embedded carbon content of green hydrogen produced from renewable electricity is near-zero — meaning the CBAM cost for genuine green hydrogen is minimal compared to grey or blue hydrogen. This is a key competitive advantage for Indian green hydrogen exporters relative to fossil-based hydrogen.

4. India-EU Green Energy Cooperation Frameworks

5. Trade Facilitation Opportunities

Solar module supply mandates: Connecting Indian PLI-scheme solar manufacturers (Adani Solar, Waaree, Vikram Solar, RenewSys, Tata Power Solar) with EU module buyers, EPC contractors, and project developers seeking non-China supply. EU demand for Indian solar modules is growing rapidly, driven by EU Solar Strategy and US IRA-triggered China diversification.

Wind component supply: Indian castings and forgings (Rajkot, Pune) for wind turbine hubs, main frames, and tower flanges — connecting with European wind OEMs (Vestas, Siemens Gamesa, Nordex, Enercon).

Green hydrogen offtake mandates: Connecting Indian green hydrogen producers (NTPC, Greenko, ReNew Power, Acme) with EU industrial off-takers — steel manufacturers, fertiliser companies, refineries — seeking to decarbonise hydrogen supply. This is early-stage but high-value — mandate commissions on long-term offtake agreements are significant.

Battery and energy storage: Indian battery manufacturers (Amara Raja, Exide, Tata AutoComp) for EU energy storage and EV battery supply — subject to EU Battery Regulation compliance timeline.

Clean tech equipment: Indian heat pump, solar water heater, and LED manufacturers for EU distribution — high-volume, compliance-dependent, CE marking is the gateway.

Key commercial considerations:

EU anti-dumping on Chinese solar: While Indian solar is not currently subject to EU ADD, EU buyers are acutely sensitive to the risk of ADD extension to India if Indian manufacturing uses Chinese cells. Verify supply chain origin documentation — fully Indian-manufactured modules are the safest commercial position.

PLI scheme benefits: Indian solar manufacturers under the PLI scheme have cost and capacity advantages — use PLI certification as a commercial differentiator with EU buyers.

Long timelines for hydrogen: Green hydrogen offtake mandates have 18–36 month commercial development timelines from first contact to signed offtake agreement. Price these mandates accordingly.

EU Net Zero Industry Act: Gives preference to domestically manufactured clean tech in EU public procurement — but creates strong demand for non-Chinese imports in the private sector. Position Indian suppliers as the preferred non-China alternative.

6. Key Bodies and References

Doc 68 — India-EU Trade Vertical Factsheet: Green Energy, Solar, and Clean Technology — Neutral Template