VCS avoidance India Vintage 2021 Registry: Verification approval requested Documentazione completa General Methodology v2.0

Grid Connected Wind Power Project in Tamil Nadu

VCS-909 ↗

6.8 / 10

Integrity

5.8

Transparency

8.2

Claim Safety

5.6

Documentation

8.6

Detailed Analysis

Integrity

The 29/02/2024 Earthood verification report states the 24.75 MW wind project delivered 42,726.07 MWh and generated 39,756 tCO2e for the 2022 monitoring period, and it confirms compliance with ACM0002 v20. However, this is a grid-connected wind project in India, where additionality is inherently the main risk; the report does not provide a fresh investment analysis in the excerpt, and the project has been operating since 02/07/2010. Baseline and leakage appear methodologically standard for ACM0002, but the report also notes a calibration gap requiring conservative meter-error deductions, which slightly lowers confidence.

Transparency

Transparency is strong because the verification report is public, cites the monitoring report, ER sheet, calibration certificates, invoices, site visit, and the registered PDD, and it includes detailed findings and appendix references. The report also discloses the monitoring period, site visit date (03/04/2023), and issuance request. Some underlying registry-linked documents are referenced rather than fully reproduced here, but the public audit trail is materially complete.

Claim Safety

The report confirms the project is registered under VCS (VCS ID 909) and that the same monitoring period was not claimed under another program, which reduces double-counting risk. There is no evidence in the excerpt of CCP approval, Article 6 authorization, or corresponding adjustment, so buyer claims should be limited to standard voluntary carbon offset claims rather than compliance-style claims. Because the credits are from the 2022 vintage and the project is an older renewable asset, claim safety is decent but not top-tier.

Documentation

Documentation quality is high: the verification report is public and explicitly references the registered PDD, monitoring report, ER sheet, calibration certificates, invoices, site visit records, and stakeholder interviews. The report is recent (issued 29/02/2024) relative to the 2022 monitoring period, and it records 2 CLs and 6 CARs that were closed. What is not visible in the excerpt is the full PDD text and the full monitoring report, but the verification report provides enough detail for a robust assessment.

Overall

Overall, this is a solidly documented VCS wind project with strong transparency and verification evidence, but only moderate integrity and claim safety because grid-connected wind in India is a classic additionality-sensitive category. The biggest positive factor is the independent 2024 verification of 2022 generation and emissions, including conservative treatment of meter-calibration gaps. The biggest limitation is that the project is long-operating and the excerpt does not show a strong, recent additionality re-test beyond methodology compliance. Confidence is high because the evidence scope is registry-grade, but the score is held below 7 due to the inherent additionality risk of older renewable projects.

Audit Analysis

This is registry-grade evidence: a public VCS verification report for monitoring period 01/01/2022–31/12/2022, plus registry-linked project documentation and monitoring evidence. The project is well documented and independently verified, but it is an older grid-connected wind project in India, so additionality and claim safety remain only moderate rather than excellent.

Project Description

The Theni I wind power project in Tamil Nadu, India, is a 24.75 MW facility consisting of 15 wind turbines. The project's primary objective is to generate clean electricity, which is then fed into the Indian national grid. By replacing electricity that would have otherwise been generated from fossil fuels, the project reduces greenhouse gas emissions. Specifically, it is estimated to reduce emissions by over 39,000 tons of CO2e annually. In addition to the environmental benefits of reduced emissions, the project also contributes to social and community development. It has created jobs, both directly and indirectly, and has improved the local power supply, which can stimulate economic activity. The project developer has also engaged with local stakeholders to address any concerns and ensure the project's benefits are shared with the community.

No red flags detected.