A Guide To HVAC Design for Cannabis Cultivation Facility

The idea most people have of starting a cannabis-related business is often shocking, as the truth is often very different from what is shown on TV. New people think of helping patients out of depression through the help of medicinal drugs. You can also be caught off-guard about how you’re going to explore. Newbies can think about everything, then even veteran cannabis producers are caught neglecting their HVAC Design for Cannabis Cultivation Facility.

When we talk about you starting a new cannabis cultivation business, figuring out your HVAC system is one of such boring, time-consuming, and highly crucial tasks that must be done correctly.

HVAC System: A Necessity In A Cannabis Cultivation Facility

HVAC systems are the lifelines of a good cannabis cultivation facility and we can’t stress this enough. Out of the many costs of running a Cannabis farm, one of the prime overhead costs is the HVAC system operations & maintenance. In our multiple years within the industry, we have widely found two types of business owners, the apathetic ones, and the ignorant ones. How are the two different, may you ask? Well, the apathetic one is so detached from his business that he doesn’t care if he has a decent HVAC system. Meanwhile, the ignorant ones do have a good HVAC system, but it is either too big or too small. 

In the following points we elaborate multiple design considerations for good HVAC design for cannabis cultivation facility: 

#1 Invest In Reliable Hardware

It might sound like an obvious thing to do, but you’d be surprised how many people miss out on this basic wisdom. Ergo, one of the foremost design considerations that must adhere to is to be on the lookout and buy only the most reliable hardware equipment from trusted suppliers. One tip to remember when selecting a hardware product is to check how easy it is to obtain its spare parts or how easy it is to fix the piece of equipment. 

#2 You Must Coddle Your Cannabis 

Cannabis plants need the Mediterranean climate to flourish. Now since you can’t shift to Malta to create your Cannabis Cultivation Facility, you have to do everything possible to achieve HVAC design for a cannabis cultivation facility that has a climate setting like that in the formative months of your production by coddling your cannabis.

#3 Focus On Humidity 

It must be our target to keep the overall humidity in the air below 50%, however, the specific rate can be based on the mechanical design for cannabis cultivation facility. It’s essential to relieving the impacts of outside humidity so it doesn’t saturate and hurt the development. At that point, the heat yield from growth lights and outdoor temperatures, outside humidity, and moisture from your current circumstance drive your cooling needs. Air conditioning has an impact in eliminating both warmth and stickiness from the air.

#4 Lights Play A Major Role 

What number of lights will you require? All things considered, what number of plants will be in your grow operation? Lights produce heat and your plant tally predicts water use and happening – an extravagant word for the moisture your plants emanate through the pores on their leaves. The responses to these inquiries are the basic information we plug into your set plan to decide your HVAC design for a cannabis cultivation facility. 

#5 AC & Dehumidifiers: Know The Difference 

Both air conditioners and dehumidifiers are the same things, mechanically speaking. The AC removes both the heat & humidity from the indoor environment while supplying cold air in exchange. On the other hand, dehumidifiers have a fan that extracts moist air out, both of which are critical in creating a cultivation-friendly environment.  

#6 System Design That Works In Harmony 

Now you have the design considerations of how to build a good cultivation environment, how do you go about doing that? We break the mold by being inquisitive and educating ourselves about the needs & requirements of operating an HVAC system. It is our goal that you not only maintain the optimal climate for a great harvest, but also maximize your crop production while minimizing the overhead costs of heating, cooling, ventilation, and climate control.