SOLAR POWER PROJECT in ANDHRA PRADESH
Score Breakdown
Integrity
verified Additionality was confirmed by the VVB, and the project uses the AMS-I.D. methodology under VCS.
missing Reversal risk is not well documented: reversal events are marked as not addressed and no buffer pool share is stated.
Transparency
verified A named VVB is provided, and the monitoring period is clearly stated as 2018-01-01 to 2021-12-31.
missing Key MRV outputs are missing from the extracted record, including verified issuance totals, usage monitoring details, and grid emission factor values.
Claim Safety
verified Leakage is treated as negligible with a 0% deduction, which is better than an unquantified leakage assumption.
missing Baseline and over-crediting checks are hard to assess because the baseline is only described as project-based and several core quantitative inputs are not stated.
Documentation
verified The record includes a verification report date, a named verifier, and a substantial number of extracted facts from official documents.
missing Extraction confidence is low, evidence documents are not clearly identified, and the report contains many corrective actions and clarifications.
Detailed Analysis
Integrity
The verification report confirms additionality was checked by the VVB, which supports the project’s core eligibility case. However, permanence is weakly documented because reversal events are marked as not addressed and no buffer pool percentage is provided. Leakage is treated as negligible with a 0% deduction, but the overall integrity score is held back by missing baseline quantification and the large number of corrective actions and clarifications in the verification report.
Transparency
The project has a named verifier and a clear monitoring period in the verification report, which helps traceability. But the extracted record does not provide verified issuance totals, usage monitoring method, or grid emission factor values, so the MRV trail is incomplete. Low extraction confidence further reduces transparency because at least one key document was poorly readable.
Claim Safety
Claim safety is moderate because the project is an avoidance project with leakage treated as negligible, and the VCS registry status is registered. Still, the baseline is only described as project-based, and important quantitative checks such as verified emissions reductions and grid factors are not available in the extracted record. That leaves some residual over-crediting and claim-strength uncertainty.
Documentation
Documentation quality is limited by low extraction confidence and the fact that the evidence documents are not clearly enumerated in the extracted record. The verification report is dated 2023-01-09, but the crediting period ended in 2022, so the file is not especially current. The many corrective actions and clarifications indicate that the documentation required substantial follow-up before closure.
Overall
I privileged the 2023 verification report over older documents where the contradiction set showed differences, because it is the most recent and likely the most authoritative source for the final verification status. On benefit sharing, I used the later report’s statement that it was not described, while noting an earlier document apparently said it was present; on leakage, I used the later report’s deemed-negligible treatment rather than the older not-addressed position; and on the crediting period, I used the later end date range because it is the more recent record. Overall quality is middling: the project has some positive integrity signals, but missing quantitative MRV data, low extraction confidence, and multiple contradictions reduce reliability.
Audit Analysis
This is a registered VCS renewable project with VVB-confirmed additionality and no reported reversal events, but the evidence base is thin and several key items are not stated in the extracted record. The verification report shows multiple corrective actions and low extraction confidence, which weakens confidence in the documentation and transparency of the claim.
Project Description
Saisudhir Energy Limited (SSEL) has installed a new grid connected 5 MWp solar power project. The project participant supply power to the grid and replaces the equal amount of power which would have otherwise been generated by grid connected carbon intensive power plants. The project activity uses solar photovoltaic CIS Thin film module for producing the power. The generated power from this project activity is supplied to the Southern grid. The project participant has signed Power Purchase Agreement (PPA) for 25 years period, with NTPC Vidyut Vyapar Nigam Limited (NVVN), New Delhi, India.
Red Flags
- No quantified baseline emissions, grid factor, or verified issuance figures were found in the extracted record.
- The verification report lists many corrective actions and the extracted record has low extraction confidence, reducing reliability.
Credit Vintages
Nessuna emissione registrata sul registro.
Il marketplace dichiara i vintage: 2012 (non verificato).
Cosa migliorerebbe questo punteggio
- Publish the verified issuance totals, baseline emissions inputs, and grid emission factor used for the monitoring period.
- Provide a complete, readable evidence pack with the closed corrective actions, reversal treatment, and explicit CORSIA/CCP status.
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
VVB-confirmed additionality
Reversal risk not fully documented
Leakage deemed negligible
Project baseline, reassessment not stated
FPIC and grievance mechanism present
CORSIA/CCP status not stated
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