Growlink Smart Farm Blog

The modern greenhouse utilizes technology to automate many daily tasks associated with a bustling grow operation. It can be confusing and overwhelming to decide which system is right for your specific needs and goals. In a world where technology moves rapidly, commercial growers require productivity and predictability in their greenhouse technology. If you need to replace an older system that can no longer provide the dependability you need, or you're interested in new technological advancements of fully cloud-based automatic grow systems, here are the basics. Let's look at ways technology helps growers increase yields, improve productivity, and provide peace of mind.

The simple result of an enclosed growing space combined with focused sunlight is an ideal growing space. Humidity, however, can often be an enemy in such situations. Condensation is a common by-product in greenhouses as plants release moisture back into the air— especially when cold temperatures batter the greenhouse exterior. Humidity in a greenhouse is necessary, but controlling it is crucial to preventing plant stress and negative side-effects like fungus, mold, or mildew. 

Greenhouse farming has been a part of our growing history worldwide since at least the Roman era. But evolving technology and climate change are transforming how and why we grow in greenhouses. Let's examine some of the benefits of greenhouse farming. 

In a world where technology moves at an unprecedented pace, commercial growers require productivity and predictability in their greenhouse technology. Let's look at ways technology helps growers increase yields, improve productivity, and provide peace of mind.

Agriculture has never been a get-rich-quick venture. Even in the best of seasons, commercial greenhouse profit margins may be slim. Let's explore the factors that drive commercial greenhouses' profitability and consider what cutting-edge technological remedies can help growers operate cost-effectively.

Collecting data in your indoor grow, or greenhouse provides critical information that directly impacts your cultivation operation's success. Acquiring an extensive understanding of critical crop level and environmental data helps you grow with confidence. So let's examine ways that big data can increase yields, provide more accurate crop predictions, and furnish you with some much-deserved peace of mind. 

With so many conditions to measure in a climate-controlled greenhouse or indoor grow, it can become overwhelming. Each condition has a potential impact on how your plants grow and the level of their health and ability to deliver a consistent crop. Whether you're growing tomatoes or cannabis, let's examine the importance of monitoring VPD, vapor pressure deficit.

Dr. Robert Flannery is the first Ph.D. in the United States with certified technical expertise in growing commercial cannabis. He earned his doctorate from UC Davis in Plant Biology with an emphasis in Environmental Horticulture with specific expertise in hydroponic crop optimization for cut-flower production. While working on his doctorate, Dr. Flannery began advising Cannabis cultivators throughout Northern California on modern horticulture practices. As Production Director at SPARC in San Francisco, Dr. Flannery managed the company's largest department and supervised every segment of cannabis cultivation, packaging, & delivery of the final product to retail. An overachiever for sure!

Changing seasons means it's time to reassess your lighting and watering goals for the Fall. As you know, greenhouse energy costs account for a significant share of a grow operation costs. Using available energy sources can affect your ability to harvest the predetermined crop quality and yields you forecast. And as the colder weather approaches, doing some maintenance can also save you some cold cash this winter. 

What is a greenhouse?

A greenhouse is a building with walls and roof made primarily of transparent material, in which plants are grown. The interior of a greenhouse exposed to sunlight is significantly warmer than the external temperature, protecting its plants from extreme conditions.