Vertical Farm Energy Study Models Savings from Joint Light and Climate Control
A 2026 research report describes simulated electricity-cost reductions when indoor-farm lighting and climate control are optimized together.
Research & Studies
Research and studies from universities and institutions worldwide.
Latest insights
How Light Intensity and Nutrient EC Interact in Hydroponic Lettuce
Research overview: Researchers studied the combined influence of nutrient-solution electrical conductivity and lighting intensity on butterhead lettuce grown hydroponically. Findings reflect the original experiment rather than SANANBIO product performance.
2026 Lettuce Study Compares Continuous Low-Intensity Lighting with Shorter Photoperiods
A peer-reviewed lettuce experiment found comparable growth under several photoperiod and PPFD combinations at the same daily light integral, with energy-efficiency differences.
Lettuce Performance Under Electrochromic Shading in Singapore
Research overview: A 2026 research paper on electrochromic shading included a cultivation comparison involving lettuce grown in vertically arranged hydroponic towers in Singapore. Findings reflect the original experiment rather than SANANBIO product performance.
Light Spectrum and Intensity in Lettuce and Basil Vertical Farming
Research overview: A 2025 study compared several LED spectral treatments for lettuce and basil in controlled-environment vertical farming. Findings reflect the original experiment rather than SANANBIO product performance.
Machine Learning for Lettuce Yield Prediction in Aeroponic Towers
Research overview: A 2026 open-access study proposed a machine-learning model for estimating lettuce yield in aeroponic vertical-growing conditions. Findings reflect the original experiment rather than SANANBIO product performance.
Photoperiod Management for Centella asiatica in Vertical Farming
Research overview: This study investigated how photoperiod choices affect the growth and valuable compound production of Centella asiatica under vertical-farming conditions. Findings reflect the original experiment rather than SANANBIO product performance.