Greenhouse growers face challenges with dynamic lighting

Dynamic lighting is changing greenhouse operations by offering precise control over light intensity, but power management remains a critical challenge. Many greenhouses, located at the end of power distribution lines, face unstable electricity, which can lead to overloaded circuits, flickering lights and increased maintenance costs.

One major issue is inrush current spikes that occur when LED fixtures turn on, sometimes drawing 70 to 100 times the normal operating current. Without proper system design, this can cause breaker trips, transformer wear and inconsistent lighting, negatively impacting plant growth.

Another concern is unstable current, which forces LED drivers to compensate for power fluctuations, leading to excess heat, voltage instability and wasted energy.

AI-driven lighting systems offer a solution by integrating real-time power management with plant growth needs. These systems predict and prevent power fluctuations, optimize light intensity based on environmental factors and self-regulate power draw to avoid overloading circuits.

Successful implementation requires fixtures designed for real-time adjustments, advanced power management and seamless integration with existing electrical systems. Growers considering dynamic lighting should ensure their system is built to handle greenhouse-specific power challenges.

Read the white paper summary from Sollum Technologies here.

Photo courtesy of Sollum Technologies.