17 million euros for sustainable agriculture: ECBF leads RED Horticulture Series A financing round, together with Demeter IM and Unigrains

• ECBF expands its agricultural technology portfolio with an investment in company RED Horticulture
• LED photobiological lighting solutions powered by RED’s proprietary AI platform reduce energy consumption of greenhouses by up to 60 percent and increase crop quality and yields by up to 35 percent
• The investment is in line with the EU’s Green Deal to make Europe carbon-neutral by 2050

Together with the European Circular Bioeconomy Fund (ECBF), Demeter IM and Unigrains, RED Horticulture (https://www.horticulture.red/…) closed a 17 million Series A funding round to drive its growth and invest in the development of its high-performance lighting strategies. Part of the financing comes from a banking pool (BPI, BNP Paribas, CIC, Crédit Agricole, Société Générale) and support programs from BPI. Based in the Netherlands and France, the company has developed the world’s most advanced dynamic lighting solution for high-tech greenhouse operations.

Photobiological LED lighting solutions to reduce energy consumption in greenhouses

RED Horticulture contributes to more sustainable agriculture through new lighting technologies. Applicable to many high-tech greenhouse operations, RED Horticulture’s solution is based on dynamic spectrum LED lights that precisely activate the photoreceptors of plants in greenhouses and are controlled via the AI-powered proprietary platform MyRED. Whether the goal is to reduce energy consumption, increase yields, shorten crop development times or achieve outstanding product quality: By providing the right light at the right time, growers using RED Horticulture’s lighting strategy achieve higher yields and better crop quality while saving energy resources.

In case studies, strawberry growers have increased yields by 35 per cent and reduced the time from sowing to harvesting their crop by 20 percent. At the same time, young plant breeders have reduced energy consumption by up to 60 percent and achieved better crop morphology using RED Horticulture’s lighting strategy.

ECBF leads RED Horticulture’s 17 million growth capital funding round

Founded in 2020, ECBF (www.ecbf.vc) invests in deep tech companies that support the transition to a sustainable and bio-based circular economy. With this new investment, the sustainability driven fund

aims to support RED Horticulture’s innovative photobiological lighting strategies to make crop cultivation more efficient and reduce energy consumption in agriculture.  

Stéphane Roussel, Partner at ECBF, comments: “Controlled environment agriculture (which includes greenhouses), is poised to grow fast because of the many advantages it offers: producing healthy and nutritious crops close to where they are consumed, while using less soil and water, and with a reduced usage of chemicals. We were impressed by the boldness and vision of RED’s founding team to offer a solution that optimizes light as any other input in the greenhouse. Leveraging its strong agronomic expertise, RED offers the possibility to growers to both automate their operations further and optimize for what matters to them (be it yield, energy, product quality).”

The fundraising was also subscribed by Demeter IM and Unigrains, an agri-food specialized investor.

About RED Horticulture: RED Horticulture is a company based in France and the Netherlands that offers the world’s most intelligent LED solution for greenhouse operations and research centers. Founded in 2018 by two engineers, Yassine EL QOMRI and Louis GOLAZ,, RED’s turnkey solution consists of top-of-the-line dynamic luminaires controlled by RED’s AI-powered proprietary platform MyRED. RED Horticulture’s mission is changing the industry by working on the 3 pillars of plant cultivation: yield, quality & energy consumption. Alongside it’s scalable hardware solution, RED supports growers, breeders and researchers with unique photobiology knowledge to secure more profitability in their operations. www.horticulture.red/en/