TwinHarvest transparent solar panels transmit the light plants need, turning everything else into clean electricity with no shade and no compromise on yield.
Energy costs are crushing greenhouse agriculture with no improvement in sight.
Energy is now one of the largest costs in greenhouse operation. Prices have surged in recent years and the trajectory is heading only one way.
Connection delays and rising grid charges are blocking new developments. For many growers, on-site generation is no longer optional; it is a necessity.
Normal glass raises heat load and standard solar panels cast shade, so growers have to choose energy or food.
TwinHarvest is a spectrally-selective transparent organic solar panel that integrates directly into the greenhouse roof, replacing standard glass with a power-generating surface.
The organic layer is tunable to only absorb the wavelengths plants do not use, converting them to electricity. What passes through is exactly the light that drives photosynthesis.
How TwinHarvest uses light
IR light is captured by the TwinHarvest layer and converted to electricity on-site, powering the greenhouse directly.
Red and blue light passes straight through. Crops receive exactly the spectrum they need for healthy, full growth.
Standard solar panels force a trade-off between energy and yield. TwinHarvest delivers both.
Generate clean electricity on-site, cut grid dependency, and turn your greenhouse roof into an energy asset without disrupting a single crop row. No subsidy is required to make the numbers work.
The light filtering actively improves conditions inside the greenhouse. Less heat stress, lower leaf temperature, better light quality, and more consistent production across the year.
Greenhouses are the first market. The same technology applies directly to commercial building facades, where glass is already everywhere and the demand for on-site clean energy is growing.
A concentrated market with standardised glass sizes, a clear ROI for growers, and real urgency around energy costs and grid access.
Commercial glazing across offices, retail and public buildings represents a much larger surface area and a natural extension of the technology.
Three co-founders covering the science, engineering, and commercial sides of what it takes to bring a deep-tech product to market.
CEO & Co-Founder
Oxford University's leading organic PV scientist. Over 20 years in solar R&D and the world authority on the science behind TwinHarvest.
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CTO & Co-Founder
Oxford scientist turned founder. Over 10 years working in organic PV, focused on translating photovoltaic science into real, manufacturable product.
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COO & Co-Founder
Serial founder with three businesses scaled to 50+ employees. A track record of building the operations and finance for growth companies.
LinkedInWhether you are a grower, a developer, or want to find out more, we would love to hear from you.
Oxford, UK