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VCS avoidance India Registry: Registered Documentazione completa General Methodology v2.0

5 MW Brahm Ganga Hydro – Electric Project At Kullu District Of Himachal Pradesh, India

VCS-493 ↗

5.9 / 10
Integrity
5.6
Transparency
6.1
Claim Safety
5.4
Documentation
7.2

Score Breakdown

Integrity

verified The validation/verification record indicates additionality was confirmed by the VVB using an investment test.

missing The 2021 monitoring report requires many corrections (metering/calibration gaps and inconsistent generation evidence), weakening confidence in ER quantification.

Transparency

verified Key MRV elements are disclosed (VVB identified as TÜV SÜD; monitoring period 2016-04-01 to 2018-04-01; claimed vs verified ERs both reported).

missing The monitoring report itself flags missing/unclear information and inconsistent data, reducing transparency and auditability of calculations.

Claim Safety

verified The project is explicitly not CORSIA-eligible, reducing aviation-claim channel risk.

missing Contradictory ER figures across validation reports and weak leakage treatment increase over-crediting and greenwashing risk.

Documentation

verified Multiple core documents are present (PDD, monitoring report, validation report) with high extraction confidence and a named VVB.

missing The volume of corrective actions suggests documentation quality issues within the monitoring package despite document availability.

Detailed Analysis

Integrity

Additionality is relatively strong on paper: the validation/verification record indicates an investment test and that additionality was confirmed by the VVB. Baseline setting is project-specific under AMS-I.D, and no baseline reassessment timing was found in the extracted record, which is a moderate weakness for long crediting periods. Integrity is materially weakened by the 2021 monitoring report’s extensive corrective actions, including inconsistencies between reported generation and JMRs/invoices and incomplete/contradictory meter calibration information, which directly affects ER accuracy. Leakage is not robustly treated: the later monitoring report does not address leakage and no leakage deduction is stated in the extracted record.

Transparency

The project discloses core registry/MRV identifiers, including the VVB (TÜV SÜD South Asia Pvt Ltd), monitoring period (2016-04-01 to 2018-04-01), and both claimed and verified ER totals. However, the 2021 monitoring report notes missing operational descriptions, inconsistent date formats, and incomplete month-wise ER calculation breakdowns, which reduces the ability for third parties to reproduce results. The presence of multiple internal inconsistencies flagged for correction also reduces confidence that the public-facing monitoring package is clean and self-consistent.

Claim Safety

The project is explicitly not CORSIA-eligible, which lowers the risk of high-profile aviation-related claims. Over-crediting risk remains moderate because leakage is inconsistently handled (earlier documentation deems it negligible while the later monitoring report does not address it) and no explicit leakage deduction is evidenced in the extracted record. Claim safety is further reduced by the contradiction in verified ER totals across validation reports, which signals version-control or accounting issues that could confuse buyers and downstream claims.

Documentation

Document coverage is reasonably good (PDD, monitoring report, validation report listed) and the extraction confidence is high, supporting a solid documentation score. That said, the 2021 monitoring report contains a long list of required corrections (e.g., missing check-meter calibration details for the monitoring period and inconsistencies between calibration dates and certificates), indicating that while documents exist, their internal completeness/quality is uneven. No buffer pool information is found, but as an avoidance renewable energy project this is less central than MRV completeness.

Overall

Overall quality is mid-range: additionality is VVB-confirmed and the project is not CORSIA-eligible, but MRV reliability concerns and inconsistent leakage treatment materially increase uncertainty in credited volumes. Contradictions were handled conservatively by privileging the more recent documents where applicable: for leakage and safeguards/grievance/FPIC, the 2021 monitoring reports were treated as more reliable than the 2010 monitoring report due to recency, but the inconsistency itself still lowers confidence. For the verified ER contradiction (114,282 in a 2021-05-17 validation report vs 38,232 in a 2021-09-20 validation report), the later dated validation report value (38,232) was privileged as the most recent version, and the large discrepancy drove a downward adjustment to integrity and claim-safety scores.

Audit Analysis

This is a grid-connected small hydro VCS project using AMS-I.D with additionality confirmed by the VVB, which supports baseline integrity in principle. However, multiple MRV and reporting issues (including inconsistent generation and meter calibration records) and unresolved leakage treatment reduce confidence in the quantified emission reductions and increase over-crediting risk.

Project Description

This hydroelectric project in Himachal Pradesh, India generates clean energy in a sustainable manner using hydrological resources from the Brahm Ganga Nallah. The 5 MW project consists of two 2.5 MW Francis turbines and supplies electricity to the state grid dominated by thermal power generation.

Red Flags

  • Monitoring report lists numerous corrective actions, including inconsistencies between monthly generation values and supporting records (JMRs/invoices) and inconsistencies in calibration dates versus certificates.
  • Leakage treatment is inconsistent across documents (earlier report deems leakage negligible, later report does not address leakage), with no explicit leakage deduction stated.
  • Large contradiction in verified emission reductions between two validation reports (114,282 vs 38,232), indicating data reliability/version-control issues.

Credit Vintages Exhausted

Issued Retired Available
2008
38,554 38,554 0
2010
19,658 19,658 0
2011
21,131 21,131 0
2012
21,468 21,468 0
2013
20,840 20,840 0
2014
16,422 16,422 0
2015
13,013 13,013 0
2016
18,808 18,808 0
2017
19,588 19,588 0
2018
1,586 1,586 0
Total 191,068 191,068 0

Cosa migliorerebbe questo punteggio

  • Publish a corrected monitoring report and calculation workbook that resolves all listed corrective actions, including complete check-meter calibration records and reconciled monthly generation against JMRs/invoices.
  • Provide a clear, consistent leakage assessment under AMS-I.D (including an explicit statement of leakage deduction, even if 0% with justification) and ensure the same position is carried across PDD/MR/verification outputs.

Questi suggerimenti indicano quali prove pubbliche aggiuntive potrebbero migliorare il livello di confidenza di questa valutazione. Non garantiscono un punteggio futuro più alto.

Risk Indicators

Additionality

VVB-confirmed investment test

Permanence

Avoidance project; no reversals evidenced

Leakage

Leakage inconsistently addressed; no deduction evidenced

Baseline

Project-specific baseline; reassessment timing unclear

Safeguards

Safeguards/FPIC/grievance reported but inconsistent across docs

Double-claim

Not CORSIA-eligible; CCP status not evidenced

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Analysis Provenance Scored 2026-04-02 General Methodology v2.0 Documentazione completa

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