Hybrid Water‑Wall : Passive Radiative–Evaporative Cooling with Dew/Fog/ Hydrogel‑AWG Pathways

This v2.3 Zenodo edition extends the v2.2 baseline. It keeps the conservative physics and scenarios, while adding: an optional passive Evapo‑Booster (rear terracotta lattice in the 20–40 mm air‑gap) with a unified ΔT penalty budget; seasonal tilt presets (WIN/SUM detents at 12°/18°); inrush control on the 48 V bus (NTC/active soft‑start) and clear branch segmentation; strengthened MRV QA (new fields ecs_ph_calibrated, nh3_zero_check_ppm, plus o3_outlet_ppb_max, smogmini_colocated for Smog‑Mini coupling); a paired A/B nightly allocation with rain_flag filtering; and a unified P1 KPI table across cooling/water/nutrient/O&M. The PV‑thermal Solar‑ECS back‑layer, MPPT/flow control, and unified MRV schema introduced in v2.2 remain intact. v2.3 adds a passive terracotta Evapo‑Booster with a ΔT penalty budget, seasonal tilt presets, inrush/segmentation on the 48 V bus, MRV QA fields (pH calibration, NH₃ zero‑check, O₃ outlet), paired A/B nightly allocation with rain filtering, and a unified P1 KPI table. Baseline v2.2 physics and PV‑thermal Solar‑ECS remain unchanged.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-08-28
DOI
https://doi.org/10.5281/zenodo.16761945
Primary Topic
Solar-Powered Water Purification Methods
Type
article
Field-Weighted Citation Impact
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article

Hybrid Water‑Wall : Passive Radiative–Evaporative Cooling with Dew/Fog/ Hydrogel‑AWG Pathways

Zenodo (CERN European Organization for Nuclear Research)
Solar-Powered Water Purification Methods
article

Hybrid Water‑Wall : Passive Radiative–Evaporative Cooling with Dew/Fog/ Hydrogel‑AWG Pathways

article en

Abstract

This v2.3 Zenodo edition extends the v2.2 baseline. It keeps the conservative physics and scenarios, while adding: an optional passive Evapo‑Booster (rear terracotta lattice in the 20–40 mm air‑gap) with a unified ΔT penalty budget; seasonal tilt presets (WIN/SUM detents at 12°/18°); inrush control on the 48 V bus (NTC/active soft‑start) and clear branch segmentation; strengthened MRV QA (new fields ecs_ph_calibrated, nh3_zero_check_ppm, plus o3_outlet_ppb_max, smogmini_colocated for Smog‑Mini coupling); a paired A/B nightly allocation with rain_flag filtering; and a unified P1 KPI table across cooling/water/nutrient/O&M. The PV‑thermal Solar‑ECS back‑layer, MPPT/flow control, and unified MRV schema introduced in v2.2 remain intact. v2.3 adds a passive terracotta Evapo‑Booster with a ΔT penalty budget, seasonal tilt presets, inrush/segmentation on the 48 V bus, MRV QA fields (pH calibration, NH₃ zero‑check, O₃ outlet), paired A/B nightly allocation with rain filtering, and a unified P1 KPI table. Baseline v2.2 physics and PV‑thermal Solar‑ECS remain unchanged.

Zenodo (CERN European Organization for Nuclear Research)
Landscape Institute (GB)
Openalex Percentile: Top 67%
Solar-Powered Water Purification Methods
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Hybrid Water‑Wall : Passive Radiative–Evaporative Cooling with Dew/Fog/ Hydrogel‑AWG Pathways · Zenodo (CERN European Organization for Nuclear Research) (2025) | TGRS Research Map | TGRS