As the popularity of indoor farming increases, so does the need for efficient lighting systems. One aspect of lighting that often goes overlooked is side and under canopy lighting. This type of lighting can greatly benefit the growth of light-intense crops such as cannabis, tomatoes, and peppers.
Side and under canopy lighting provides additional light to the lower parts of the plants where it is often shaded by the upper canopy. This allows for more uniform growth and development of the plant, resulting in higher yields and better quality produce.
One of the main benefits of side and under canopy lighting is that it can increase the overall light intensity without increasing the heat output. This is especially important for indoor farming where temperature control is crucial. By providing additional light to the lower parts of the plant, the entire plant can receive the necessary light without creating hot spots or burning the upper canopy.
The best ratio of side and under canopy lighting to overhead lighting will vary depending on the crop and the specific growing conditions. Generally, a ratio of 1:1 to 1:2 of side and under canopy lighting to overhead lighting is recommended for light-intense crops. This ensures that the lower parts of the plant are receiving enough light to grow and develop properly.
When selecting side and under canopy lighting, it’s important to choose fixtures that are efficient and provide the necessary spectrum of light. LED lights are a popular choice as they are energy-efficient and can provide a range of wavelengths that are beneficial for plant growth.
In conclusion, side and under canopy lighting can greatly benefit the growth of light-intense crops by providing additional light to the lower parts of the plant. The best ratio of side and under canopy lighting to overhead lighting will vary depending on the crop and specific growing conditions, but a ratio of 1:1 to 1:2 is generally recommended. When selecting side and under canopy lighting, it’s important to choose efficient fixtures that provide the necessary spectrum of light for optimal growth and development.
