TSEP Fanless PVT Submission Package - Version 7

Target journal: Thermal Science and Engineering Progress
Title: Resource-aware mechanism screening and ambient-adaptive dispatch for a fanless photovoltaic-thermal heat-rejection array
Author: Jonathan Karl Bily

V7 final tightening
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- Replaces COP>=1 EHD dispatch with a displaced-path comparator.
- Uses the conservative dry-cooler COP 22.2 as the primary comparator; 50, 100 and 125 are higher-efficiency sensitivities.
- Recasts the corona equations as an illustrative scaling screen, not a derivation.
- Adds an 80-case J x momentum-efficiency x characteristic-length EHD sensitivity and a 320-row joint corona/comparator dispatch screen.
- Centers stack air-side effectiveness at 0.80, with symmetric 0.60-1.00 bounds.
- Corrects figure filenames so Figures 1-6 match manuscript numbering.
- Regenerates reference_mechanism_contributions.csv from the V7 model.
- Harmonizes central EHD electrical power at 143.7 W/m2.
- Re-verifies TSEP references 13 and 14 against ScienceDirect.
- Adds two independently verified EHD gas-pump efficiency references supporting the physical interpretation of the surviving corner.
- States explicitly that eta_m is a velocity multiplier, not electrical-to-kinetic efficiency, and that all 3 surviving cases require eta_m >= 0.5, J=0.10 mA/m2 and L <= 2 m.

Central screen
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Selected architecture: 83/144 states (57.6%)
Free pathways: 77/144
Film dispatched: 67/144 vs 120 thermodynamically eligible states
Gross EHD diagnostic: 100/144
Comparator-aware EHD controller: 83/144
Nominal EHD at 15 C: 45.0 W/m2 gross thermal, 143.7 W/m2 electric, COP 0.313
Primary conservative displaced-path COP: 22.2
Best of 80 corona-screen combinations: max COP 42.59

Files
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Fanless_PVT_Manuscript.docx
Fanless_PVT_Title_Page.docx
Fanless_PVT_Highlights.docx
Fanless_PVT_Cover_Letter.docx
Fanless_PVT_Competing_Interests.docx
Fanless_PVT_Graphical_Abstract.png / .svg
Fanless_PVT_Concept_Infographic.png
mechanism_screen_model.py
make_figures.py
CSV result tables and figures/
