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VV-009 — Solar Position Consistency
This report focuses on the geometry layer behind solar workflows, checking whether seasonal position and daylight behavior remain physically coherent before downstream yield analysis.
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Benchmark context
Solar-position consistency underpins irradiance and shading logic, so it acts as a prerequisite trust layer for broader solar modeling claims.
What the study found
Published target: Seasonal geometry cross-check. Reported result: 89.88° max elevation (SP). Interpretation: 13.58 h daylight (summer).
- Validates seasonal geometry rather than only annual output aggregates.
- Checks daylight-length coherence and expected elevation behavior.
- Supports the trust chain behind downstream solar-yield calculations.
References and source material
These references summarize the public benchmark context and the report package that supports the claim.
- Rune VV-009 solar-position validation report
- Astronomical position and daylight cross-check framing
- Public methodology notes for solar geometry handling
Primary technical artifact
The full report is available as a public PDF for engineering review and source citation.