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Dual-Purpose Solar Mounting Design: Maximizing Both Electricity and Agricultural Output
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Dual-Purpose Solar Mounting Design: Maximizing Both Electricity and Agricultural Output

Dual-Purpose Solar Mounting Design: Maximizing Both Electricity and Agricultural Output

April 22, 2025

1.Core Conflict:

   PV requires shading for power generation, while crops need >50% Photosynthetically Active Radiation (PAR).

2. Design Principles:

  •  Adjust mounting height (≥3m), spacing (≥2m), and tilt angle to optimize shadow distribution.
  •  Prioritize shade-tolerant crops (e.g., mushrooms, tea).

 



3. Data Comparison:

Spacing

Shading Rate

Corn Yield vs(open field)

Power Generation(kwh/m²/year)

1.5m

65%

58%

1200

3m

40%

82%

900

Conclusion:

  Increasing panel spacing from 1.5m to 3.0m boosts corn yield from 58% to 82% but reduces power output by 20%.

 

4. Economics: Optimized designs increase agricultural revenue to 25% and shorten payback to 5 years.


5. Conclusion: Balancing energy and agriculture requires integrated mounting parameters, crop selection, and smart technologies.

 

 

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