Dyson Engineers Develop Vertical Farming System for Efficient Strawberry Production
[HPP] James DysonJuly 23, 20254 min
9 connectionsΒ·13 entities in this videoβDyson's Vertical Farming Innovation
- π‘ Dyson engineers developed a vertical growing system to improve farm activities and food production.
- π This system is a large rig, 5 meters tall, designed for high-density fruit production in a covered environment, specifically for strawberries.
System Design and Mechanics
- βοΈ The system allows plants to be moved around to ensure every plant receives maximum natural energy from the sun, supplementing with LED light only when necessary.
- π§ It includes a sophisticated water supply system that delivers water to plants and a dynamic collector that captures and recycles drained water.
Optimized Growing Conditions
- π¬ The system incorporates Dyson-owned sensor packs with high-accuracy CO2, relative humidity, and temperature sensors.
- βοΈ An Apogee PAR sensor detects specific wavelengths of light that strawberry plants need, allowing for precise artificial light supplementation.
Production Uplift and Goals
- π This vertical growing system achieves a two and a half times uplift in the output of the greenhouses.
- π¬π§ The aim is to enable farmers to produce high-quality food in England, improving Britain's food security and making food production more efficient.
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13 entities
Chapters2 moments
Key Moments
Transcript17 segments
Full Transcript
Topics13 themes
Whatβs Discussed
Vertical FarmingStrawberry CultivationHigh-Density AgricultureEnvironmental SensorsPAR SensorsArtificial LightingWater RecyclingAgricultural EfficiencyFood SecurityRobotic HarvestingGreenhouse TechnologyOptimized LightingDyson Engineering
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CompaniesΒ· 2
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PersonΒ· 1
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