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Solar Farm Online Management Decision System for Heat Mitigation and Electricity Recovery

Spring (MAM)
Summer (JJA)
Autumn (SON)
Winter (DJF)
📋 Spring (MAM) Climate
⚙️ rcbase 620 s/m
⚠ rc ≠ 620: outside validated range.
🔧 Scenario Controls
How to use this tool:
1
Choose a season tab.
2
Drag a slider, then click 📌 Pin to fix that parameter.
3
Click “Find Optimal β” — optimizer sweeps the unpinned parameter.
4
Choose a tier: ○ Moderate (50%) • ◑ Balanced (80%) • ● Maximum.
No pin? Sweeps both α & SWC.   Practical zone: α=0.10–0.25, SWC=0.20–0.45.
Albedo (α)
0.115
SWC (m³/m³)
0.300
⚠ Outside practical zone. α=0.10–0.25, SWC=0.20–0.45.
📊 Model Range
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Bowen Ratio (β)
🎯 Optimizer Results
Based on this research:
“Surface Energy Partitioning in a Humid Subtropical Utility-Scale Solar Farm: Insights from Field Observations and Numerical Simulations”
Nhut Cong Maia,b, Yi-Ying Chena,b,c,*, Shih-Chieh Changd, Min-Hui Loa,b,e
a Taiwan International Graduate Program — Earth System Science (TIGP-ESS), Academia Sinica, Taipei 11529, Taiwan · b Earth System Science Program, National Taiwan University, Taipei 10617, Taiwan · c Research Center for Environmental Changes (RCEC), Academia Sinica, Taipei 11529, Taiwan · d Department of Natural Resources and Environmental Studies, National Dong Hwa University, Hualien 974301, Taiwan · e Department of Atmospheric Sciences, National Taiwan University, Taipei 10617, Taiwan
*Corresponding author: yiyingchen@gate.sinica.edu.tw