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Wind energy

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India

PROJECT PROFILE · CERTIFICATE-BASED CLIMATE PROTECTION

Wind energy in India

Wind energy in India

A climate contribution does not begin with a promise. But with a traceable allocation.

A climate contribution does not begin with a promise. But with a traceable allocation.

The project operates wind turbines with a total capacity of 44.40 MW in Madhya Pradesh and Rajasthan. This page documents project activity, methodology, standard and registry entry – and contextualises what supporting it does and does not mean.

Wind turbines in a dry landscape near Jaisalmer in Rajasthan

JAISALMER · REPRESENTATIONAL IMAGE

Note: The image is for regional and technological context and does not show the described project. Photo: Pranshi / Pexels.

Wind turbines in a dry landscape near Jaisalmer in Rajasthan

JAISALMER · REPRESENTATIONAL IMAGE

Note: The image is for regional and technological context and does not show the described project. Photo: Pranshi / Pexels.

COUNTRY

India

GOLD STANDARD ID

GS7152

PROJECT TYPE

Wind energy

INSTALLED CAPACITY

252 MW

WHY POWER GENERATION MATTERS

What matters is which electricity generation is replaced

What matters is which electricity generation is replaced

Wind power can displace more emissions-intensive electricity generation in the grid. The creditable emission reduction is calculated from the measured grid feed-in and a defined methodology.

Wind power can displace more emissions-intensive electricity generation in the grid. The creditable emission reduction is calculated from the measured grid feed-in and a defined methodology.

Wind turbines generate electricity without burning fossil fuels. When this electricity is fed into the grid, it can displace more emission-intensive power generation. The eligible emissions reduction is determined based on the actual amount of electricity supplied to the grid and the applicable calculation methodology. The baseline comparison refers to the electricity generation that would be expected in the absence of the project.

A traceable project contribution links the project activity with verified data and clear documentation.

01 · PROJECT AT A GLANCE

The data passport for the wind energy project

The factsheet summarises the location, technology and certification framework. Information on certificates relates to the respective documented periods and register statuses.

PROJECT NAME

252 MW Wind Energy Project by Green Infra Wind Energy Limited

COUNTRY AND REGION

India · Gujarat · Kutch district, Bhuj area

GOLD STANDARD ID

GS7152

Commercial Register Entry

Record 1430

PROJECT COMPANY

Ruchi Soya Industries Limited

PROJECT TYPE

Grid-connected onshore wind energy

INSTALLED CAPACITY

44.40 MW

PROJECT TYPE

Wind energy · grid-connected power generation

INSTALLED CAPACITY

252 MW

PLANT CONCEPT

120 wind turbines, each with 2.1 MW · Suzlon S111

COMPLETE COMMISSIONING

2020 according to the operator's history

METHODOLOGY

ACM0002 – Grid-connected electricity generation from renewable sources; according to the registry, version 21 for period 1 and version 22 for period 2

CREDIT

Period 1: 25/06/2019–24/06/2024 · Period 2: 25/06/2024–24/06/2029

STATUS

Gold Standard Certified Project

ESTIMATED ANNUAL EMISSION REDUCTIONS

813,641 units per year according to register estimates

UNITS ISSUED

3,855,788 VER

DECOMMISSIONED UNITS

1,486,659 VER

VERIFICATION OF REGISTER DETAILS

28/10/2026 · provided registry screenshot

Regarding the project identity: 1430 is the record number in the registry URL. The Gold Standard project ID is GS7152. Regarding the annual estimate: The projected value is neither a guaranteed annual figure nor an amount of credits already issued. The actual units issued are determined by the verified results of the respective monitoring periods.

02 · WHAT THE PROJECT DELIVERS

Harness wind power and feed electricity into the grid

The project uses wind energy to generate electricity in Gujarat. The energy generated is fed into the interconnected power grid and made available for the electricity supply.

01

Generate electricity from wind

The rotors of the wind turbines drive generators. The amount of electricity generated depends, among other things, on the wind supply and the availability of the turbines.

02

Feed energy into the grid

The electricity generated is fed in via the grid connection. It can replace a proportion of fossil-fuel generation within the electricity system.

03

Document operation and electricity volumes

Measurement data and operational records form the basis for monitoring. They show which electricity volumes are included in the calculation for a specific period.

03 · HOW AN EMISSIONS REDUCTION IS CALCULATED

Measure electricity and calculate avoided emissions

Measure electricity and calculate avoided emissions

The amount of electricity is measured. The reduction in emissions is calculated through a methodological comparison with the baseline electricity supply in the absence of the project. Each issued unit represents one tonne of CO₂ equivalent within the verified accounting framework.

01

Determine comparison scenario

The reference scenario describes the electricity generation assumed to take place without the project. The methodology determines how its emissions are assessed.

02

Record grid feed-in

The net electricity volume relevant for the calculation is recorded. The data base must comply with the applicable monitoring requirements.

03

Calculate emission reduction

The amount of electricity is linked to the methodologically determined emission factor of the electricity system. Mandatory project and correction parameters are taken into account.

04

Check and issue units

An independent verification body checks the data for the monitoring period. Following successful verification and approval, the corresponding units can be issued in the Gold Standard registry.

04 · CONTRIBUTIONS TO THE PROJECT

On-site renewable electricity generation and operations

The wind farm expands renewable electricity generation in Gujarat. Operation, maintenance and monitoring require technical work. Specific results are described for each relevant period along with their verification.

ENERGY

Harnessing wind as an energy source

The plants provide additional capacity for generating electricity from wind. Operating and monitoring data show how much electricity is actually fed into the grid.

WORK

Operating and maintaining systems and equipment

The wind farm requires maintenance, technical monitoring and other services. A specific number of jobs created or a particular local income impact is not disclosed here.

EMISSIONS

Displace more emission-intensive power generation

The eligible emission reduction is calculated in accordance with ACM0002 based on a comparison with the assumed electricity generation in the absence of the project.

SDG REFERENCES

Certified SDG alignments

The Gold Standard Registry shows certified SDG contributions for the project towards SDG 7 "Affordable and Clean Energy", SDG 8 "Decent Work and Economic Growth", and SDG 13 "Climate Action".

VERIFICATION NOTE

Which indicators and results are documented in this regard can be found in the associated project documents. Source for the SDG mapping: provided registry screenshot from 28 October 2026.

05 · FOR SUPPORTING COMPANIES

A project contribution requires a unique assignment

Support is provided through the purchase and retirement of certificates from this project. Retirement removes the units in question from circulation and documents their use for the named beneficiary or purpose. If purchased via intermediaries, the procurement route is also documented. The certificate price alone does not indicate the amount that reaches the project developer. To ensure the project contribution is traceable, at least the following details are recorded.

Project name and Gold Standard ID GS7152

Quantity of retired units in t CO₂e

Vintage or corresponding monitoring period

Date and reference of decommissioning

Serial numbers or unique unit references

Beneficiary and documented purpose of use

Only specific documentation makes it clear which units have been assigned to a project contribution.

06 · CLASSIFICATION AND COMMUNICATION

What a
certificate-
based
project contribution
means

A project contribution is presented separately from the emissions balance and reduction measures of the supporting company.

THE PROJECT CONTRIBUTION DOCUMENTS

IT DOES NOT FOLLOW

the purchase and cancellation of certain certificates

a reduction in your own company's or product emissions

supporting a wind energy project outside of its own value chain

an electricity supply from this wind farm to the supporting company

an emission reduction calculated and verified according to an established methodology

the direct measurement of avoided CO₂ emissions at an individual plant

the allocation of units from a specific period

a guarantee of equally high emission reductions in future years

the project's certification framework

an environmental seal of quality for products or the entire supporting company

a documented write-off or decommissioning

the admissibility of each advertising claim

This support is not a substitute for measures to avoid and reduce your own emissions. It does not imply the climate neutrality of a product or company. Communication framework: name the project, explain the type of support, and make proof accessible.