1,600 4 Channel LED Fixtures Supplied to Van Oers Fruit

Why It Matters

The installation demonstrates how high‑efficiency, programmable LED lighting can boost strawberry yields while cutting energy use, setting a benchmark for sustainable horticulture in Europe.

Key Takeaways

• NLight delivered 1,600 1,200 W LED fixtures covering 3 ha greenhouse
• Spectrum can shift from 88% red to 83% red with more blue
• Bluetooth Mesh enables individual channel control and remote monitoring
• Built‑in spectrum sensors maintain target light mix without manual checks
• Van Oers Fruit cites flexibility and price as decisive purchase factors

Pulse Analysis

The Dutch soft‑fruit market is rapidly adopting high‑efficiency LED systems to boost yields and reduce energy costs. Van Oers Fruit, a leading strawberry grower, has installed 1,600 NLight RV‑series fixtures across a 3‑hectare greenhouse, representing one of the largest deployments in the region. By replacing traditional high‑pressure sodium lamps with 1,200 W LEDs, the operation expects lower electricity consumption, more uniform light distribution, and the ability to fine‑tune spectra for optimal fruit quality.

NLight’s RV fixtures stand out for their four‑channel architecture, delivering an 88 % red, 6 % green, 6 % blue base spectrum with an additional 6 % far‑red component. The system can dynamically re‑balance to an 83 % red, 6 % green, 11 % blue mix, giving growers the flexibility to adapt lighting recipes to different growth stages or seasonal conditions. Integrated Bluetooth Mesh networking provides per‑channel control and real‑time adjustments, while built‑in spectrum sensors continuously verify output, eliminating the need for manual spectrometer checks.

The deal signals a broader shift toward customizable, data‑driven lighting solutions in commercial horticulture. As growers prioritize sustainability and precision agriculture, vendors that combine efficiency with remote management are gaining market share. NLight’s partnership with Van Oers Fruit showcases confidence in modular, future‑proof technology, and it may encourage other European producers to upgrade legacy systems. Over the next few years, widespread adoption of such flexible LED platforms could reshape production cycles, lower carbon footprints, and enhance the competitiveness of European soft‑fruit exports.