LED Lighting Cannabis Cultivation Facility: Page 4

8 Considerations for a Lighting Retrofit

Why an LED retrofit to maximize yields and lower operating costs is crucial in challenging, price-compressed markets.

Custom-Built to Drive Growth

How Massachusetts-based Root & Bloom’s state-of-the-art cannabis cultivation facility outfitted with Fluence LEDs helps the team maximize quality in a competitive market.

Fluence Powers Growth at Maryland’s CULTA

With 121 completed harvests, CULTA has seen the positive impact LEDs can have on a cannabis crop.

Capitalizing on Precision Control in Cannabis Cultivation Lighting

Advances in dimming technology put new levels of consistency—and quality—within reach.

Can Augmenting Top Lights With Supplemental Alternatives Help Optimize Cannabis Grows?

Cultivators are exploring side, intercanopy and subcanopy lighting and experimenting with how far they can push yields.

How Joe Gibson of Gibby's Garden Works: Cannabis Workspace

In this installment, this former home grower details how he took his skills to a professional level.

A Commitment to Innovation

For the first time, at least 70% or more of study participants from commercial operations with supplemental lighting used LEDs in their grows.

Lighting Challenges Meet LED Benefits

As cannabis cultivation advances, lighting-based challenges faced by commercial indoor and greenhouse growers using supplemental lighting grow more complex.

A Guiding Light

CULTA nurtures its cannabis with different lighting types in a variety of environments, taking note of the plants’ preferences to maximize the genetic potential of each cultivar.

Illuminated Growth

Light-Emitting Diode Domination

For the first time in CBT's State of the Lighting Market's history, 70% or more of research participants from commercial indoor or greenhouse operations with supplemental lighting used light emitting diodes in every growth stage.

Factors Influencing Lighting Purchases

Historically, price has been a leading factor influencing lighting purchasing decisions for flowering.

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