Fluence by OSRAM, a leading global provider of energy-efficient LED lighting solutions for commercial cannabis and food production, announced today its ongoing research at Delphy Improvement Centre, an independent institute and expert in food and flowers located in Bleiswijk, the Netherlands, studying how Fluence’s LED lighting solutions impact strawberry production in greenhouses.
Traditionally grown in outdoor fields, strawberries are temperature-sensitive crops, restricting growers in the northern hemisphere to limited seasonal production cycles. The research trial aims to examine industry-leading best practices for efficiently growing strawberries in a controlled environment by introducing supplemental lighting.
“Strawberries are particularly sensitive to their environment, so studying the crop in a greenhouse climate enables us to explore supplemental lighting techniques growers can replicate year-round,” said David Hawley, Ph.D., Fluence’s senior scientist. “Teaming up with Delphy’s expert researchers affords us the opportunity to learn more about producing consistent, high-yielding strawberry plants under LED lighting to advance local production capabilities for European markets.”
Greenhouse growers have shown increasing interest in switching from legacy systems such as high-pressure sodium lighting to LED fixtures to analyze how various light spectra affect crop quality and consistency. The study focuses on June-bearing strawberry cultivars—popular among European growers for their sweetness and costs in comparison to ever-bearing varieties—under a variety of Fluence’s PhysioSpec spectra offerings.
“In the research trial with Fluence, we’re using our teams’ collective knowledge and exchanging innovative ideas for growing techniques that will ultimately help growers deliver better products to local consumers all year,” said Lisanne Helmus, manager of research in greenhouse horticulture at Delphy. “Growers are searching for optimized lighting strategies and want to understand how their plants will react to artificial light. In this trial with Fluence, we’re inspired to answer their questions and discover new developments in lighting technology that will impact the entire cultivation system.”
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