Key Takeaways
- Sollum has unveiled an advanced dynamic LED lighting system designed to replace static LED fixtures in commercial greenhouses.
- The system adjusts spectrum, intensity, and timing in real time to maintain consistent DLI and support crop-specific needs.
- Growers report yield gains, improved produce quality, and reduced energy use compared with both HPS and standard LED lighting.
- Sollum’s SUN as a Service® (SUNaaS®) platform integrates with existing greenhouse climate systems and supports unlimited zones and custom recipes.
- The company reports up to 40% energy savings versus HPS and additional gains versus conventional LED through dynamic optimization.
Sollum Dynamic LED Lighting vs. Static LED Fixtures
Static LED systems offer efficiency gains compared with high-pressure sodium (HPS) lighting, but they rely on fixed spectra and schedules that cannot adjust when weather conditions or crop needs change. Sollum’s advanced dynamic LED lighting solution is designed to address those limitations by providing real-time control through its SUNaaS® platform.
The system continuously adjusts spectrum, light intensity, and timing based on greenhouse conditions and crop stage, helping growers maintain consistent daily light integral (DLI) and optimize energy use. All core functionalities are detailed in the company’s solution framework.
Sollum Technology Enables Real-Time Crop and Energy Management
Consistent DLI Delivery
The dynamic system adapts zone by zone, preventing under- or over-lighting as outdoor weather conditions shift. Growers can deploy crop-specific light recipes and make localized adjustments across greenhouse sections.
Energy and Cost Efficiency
By combining LED efficiency with dynamic optimization, energy savings can reach up to 40% compared with HPS, alongside additional gains—up to 16.8%—over standard LED systems. Tariff-aware operations allow growers to align lighting strategies with energy price fluctuations.
Yield and Quality Improvements
Growers using Sollum dynamic lighting report measurable improvements:
- Tomatoes: +19.5% yield with adaptive spectrum strategies.
- Mini cucumbers: +16.7% average yield when transitioning from static LED.
- Peppers: Confirmed feasibility and quality outcomes in winter production conditions.
- Leafy greens: Enhanced appearance, texture, and stage-specific results using cultivar-specific dynamic light recipes.
Operational Flexibility
The platform supports unlimited lighting zones, an extensive recipe library, and straightforward integration with existing climate systems using standard communication protocols.
Implementation Roadmap for Commercial Growers
Sollum’s deployment workflow follows a structured process:
- Assessment
- Design and zoning
- Commissioning on SUNaaS®
- Proof-of-value phase using shared KPIs such as yield, DLI adherence, kWh/kg, and product quality
- Scale and optimization across greenhouse operations
The company positions dynamic LED as a strategic tool for long-term operational resilience, reduced energy intensity, and consistent crop performance.
Download the Grower’s Guide By Sollum
Growers interested in adopting advanced dynamic lighting can access guidance on implementation, crop strategies, and performance insights.
👉 Download the guide: https://www.sollumtechnologies.com/grow-better/growers-guide
Sollum Technologies
Sollum Technologies offers dynamic LED lighting solutions designed to reproduce the full spectrum of natural sunlight for greenhouses and controlled environment agriculture. The company’s AI-powered fixtures are managed through its SUN as a Service® cloud platform, enabling scalable light management across multiple zones with tailored light recipes for various crops. Sollum’s solutions are designed to support energy efficiency, productivity, and crop quality. Founded in 2015, the company is headquartered in Montréal, Québec, with an additional office in Leamington, Ontario, and sales across North America and Europe.
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