Agrivoltaics Can Add Value to High Tunnels in a Subtropical Environment

July 7, 2026AgronomyOpen Access

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Key Points

This study aims to evaluate the effectiveness of agrivoltaic high tunnel designs in subtropical environments for food production and energy needs.
Tested tomato and lettuce production in agrivoltaic high tunnels using organic standards across 2023 and 2024.
Analyzed impact of organic photovoltaic panels on light and temperature conditions within the tunnels.
Implemented a shade-equivalent array of conventional PV panels in an additional experiment in 2025.
In 2023, tomato yield in OPV high tunnels was reduced by approximately 0.9 kg per plant (p = 0.023) compared to non-OPV.
In 2024, tomato yields across treatments were statistically equivalent (p > 0.1) with improved marketable fraction vs. 2023.
Lettuce yields remained unaffected by the presence of high tunnels or PVC panels (p > 0.1).

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Tests agrivoltaic systems for improved food and energy output in subtropical high tunnels, indicating practical benefits.

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Field et al. (2026) studied this question.

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