How To Lower Temp In Grow Tent

9 Methods To Lower Temperature In Your Grow Tent (2022)

Mildew is a term used to describe specific types of mold or fungus. Mildew is a phrase that is frequently used to refer to mold growth that has a flat growth habit, as is the case with most molds. Molds are any kind of microscopic fungus that develop in the form of multicellular filaments, known as hyphae, and that reproduce through reproduction.

Method 1: Relocate Your Grow Tent

Consider relocating your grow tent to the most comfortable part of your home. For example, if you have central air conditioning, you might want to consider your basement or a location near some air vents. You should also think about putting it near windows that are open. Your grow tent will be able to take advantage of cooler seasonal conditions if it is located near open windows. It will also make it much easier for you to run your ducting from inside the tent directly out the window.

Method 2: Route Grow Tent Ducting Out The Window:

The objective of the inline fan should not be defeated by merely blowing the air from your grow tent into the room where your grow tent is placed; otherwise, the fan will be ineffective. In order to counteract the negative pressure caused by your grow tent’s inline fan, you must draw air from the room where you have set up your tent and draw it back into it through your grow tent’s inline fan. You should take your ducting, or purchase extra ducting if required, and direct it out a nearby window to exhaust the heat.

Method 3: Turn on Your Air Conditioner:

Maintain a cool environment in the room where your grow tent is positioned. The most straightforward method of accomplishing this is to open a window during the colder months or to get a portable air conditioner to keep the area cool. Consider putting the portable air conditioner inside the grow tent if that isn’t enough to alleviate the problem. When the inline fan blows out hot air and generates negative air pressure in your grow tent, the air in this chamber is drawn back into your tent, causing the air to be drawn back into your tent.

Keep in mind that if the temperature inside your tent is 85 degrees Fahrenheit and the temperature of the external air being drawn into the tent is only 80 degrees Fahrenheit, the temperature differential will not be sufficient to cool the tent down.

Method 4: Add CO2 to Your Grow Tent

The addition of this simple-to-use CO2 bag to your grow tent will not really reduce the temperature, but it will have the same effect. Cannabis plants are able to survive temperatures that are far higher than normal when exposed to excessive CO2 levels. How much additional heat can cannabis endure when the CO2 level is elevated? A temperature range of 85 to 86 degrees Fahrenheit would be ideal for growing plants. This is in comparison to an usual temperature range of 70 to 80 degrees Fahrenheit in the absence of CO2.

So if you’re having a hard time keeping the heat inside your grow tent under control, these inexpensive CO2 bags that last for the duration of the grow are definitely a decent option for you. Click here to see whether they are available on Amazon.

Method 5: Make an Ice Box (with ice or dry ice):

This strategy will need a little ingenuity, but it is effective if you are willing to put out the effort. Because dry ice does not require replacement as frequently as wet ice, it will require far less maintenance. Using dry ice to reduce the temperature of a grow tent has the added benefit of creating CO2, which helps plants to survive at greater temperatures than normal (85 to 90 degrees Fahrenheit) as a result! What you’ll need is the following:

  • Cold storage chest
  • Ice or Dry Ice
  • Oscillating fan
  • Refrigerator

Cold storage chest; Ice or Dry Ice; oscillating fan; Refrigerator.

Method 6: Make Sure Your Inline Fan is Strong Enough:

The inline fan in your grow tent is an excellent initial step in the process of eliminating heat from the tent. By clicking here, you can read my post on how to choose the proper size fan for your grow tent. Generally speaking, your inline fan should be replenishing the air in your grow tent once per minute, according to the rule of thumb. You must also consider the lower fan power caused by bends in the ducting as well as the use of a carbon filter when designing your system. You might want to consider increasing the speed of your inline fan or purchasing a more powerful one if your current one isn’t powerful enough.

Method 7: Switch from HPS / HID Grow Lights to LED Grow Lights:

HPS and CMH grow lights generate a lot of heat. Consider upgrading to LED grow lights, which operate at a lower temperature and make maintaining the temperature of your grow tent easier. My time has been spent studying and updating a current list of the finest LED grow lights available, so please have a look at it if you are considering making the move to LEDs.

Method 8: Place Your Grow Light Drivers Outside Your Grow Tent:

The Mars Hydro TS-3000 (4×4 ft) and the TSL-2000 (2×4 ft) versions of LED grow lights, for example, feature replaceable drivers if you decide to make the conversion from HPS to LED grow lights. This is a significant advantage for growers that have difficulty decreasing the temperature of their grow tents.

Method 9: Relocate Hydroponic Equipment Outside Your Grow Tent:

If you’re growing hydroponically, you may be employing pumps, filters, reservoir chillers, or other electrical equipment that may be moved with the use of an extension cable or expanded pipes to accommodate your growth needs. Consider relocating as much of it as possible outside to help lower the warmth inside the grow tent. As you can see, there is no one perfect way for decreasing the temperature of a grow tent. There are several options. You may find one way to be more convenient or effective than another for you.

The dry ice approach is my personal favourite if the simpler ways don’t work for you.

While it may not be the simplest approach to use, I believe it is one of the most successful when it comes to raising the temperature of your grow tent environment to a comfortable range.

Want to learn more about home gardening? Learn how to determine the coverage of grow lights. Learn more about light leaking in a grow tent. References:

Grow Room Temperature Too High- 8 Cooling Solutions [+ 3 Bonus]

Hydroponically grown plants may require the use of pumps, filtration systems, reservoir chillers, and other electrical equipment that may be moved with the use of an extension cord or longer pipes. To assist in lowering the temperature of the grow tent, consider moving as much of it as you can outside to cool it. Because of this, it is impossible to find a single ideal method of decreasing grow tent temperature. You may find one way to be more convenient or effective than another for your needs.

  1. The dry ice approach is my personal favourite if the simpler ways don’t work for you.
  2. I believe this is one of the most successful methods for bringing the temperature of your grow tent environment down to a manageable level, despite the fact that it is not the simplest.
  3. Find out how to determine the coverage of grow lights.
  4. References:
  • Hydroponically grown plants may require the usage of pumps, filtration systems, reservoir chillers, and other electrical equipment that may be moved with the use of an extension cable or extended pipes. Consider relocating as much of it as possible outside to assist in lowering the warmth of the grow tent. As you can see, there is no single ideal approach for decreasing the temperature of a grow tent. For you, one way may be more convenient or effective than another. Lowering the temperature inside your grow tent is as much an art as it is a science when it comes to growing cannabis. I would recommend using dry ice if the simpler options don’t work for you since the CO2 produced by dry ice actually permits plants to survive at greater temperatures while the ice itself will function to chill the grow tent. While it may not be the simplest approach to use, I believe it is one of the most successful when it comes to raising the temperature of your grow tent environment to an appropriate level. Want to learn more about producing food at home? Discover how to determine the coverage of grow lights. Learn more about light leaking in grow tents. References:

For both procedures, you must be aware of the number of possible approaches as well as the specifics of how they operate. The subject of today’s discussion will be concluded with this statement: Please continue reading.

High Temperates Kills the Plant. Here is How-

You must be aware of the number of possible approaches and the specifics of how each one works for both procedures. The subject of today’s discussion will be concluded at that point. Continuation after that.

How to Detect ‘Too High’ Temperature of Your Grow Space?

A great grow environment should maintain a constant temperature between 70 and 80 degrees Fahrenheit (21 and 26 degrees Celsius). This is what I mean by ‘uniform,’ which means that it should be the same across the contour. When the temperature surrounding the sources (lights) is greater, oscillating fans can be used to circulate the air. That is, however, the usual temperature range for fast-growing annuals in general. A slight increase in temperature may be beneficial as well, as long as you have something to protect the root zone, such as a water chiller.

  • Ideally, a grow chamber should maintain a constant temperature of 70-80°F (21.1-26.6°C). It should be the same along the entire contour, and this is what I mean by ‘uniform’. You may use oscillating fans to circulate the air around when the temperature surrounding the sources (lights) is high. That is, however, the usual temperature range for fast-growing annuals in the garden or greenhouse. More temperature may be beneficial as well, provided that you have anything to protect the root zone such as a water chiller. Observe the plants for any of the following negative signs to be more convinced that the temperature is too high for them:

A great grow environment should have a constant temperature of 70-80°F (21.1-26.6°C). It should be the same along the entire contour, which is what I mean by “uniform.” When the temperature surrounding the sources (lights) is high, oscillating fans can be used to circulate the air. That is, however, the usual temperature range for fast-growing annuals in the wild. A slight increase in temperature may also be beneficial, as long as you have something to protect the root zone, such as a water chiller.

8 Actionable Grow Room Cooling Solutions

We have arrived to the center of the post, which is exactly what you are looking for right now.

Here is a list of 7 quick and simple treatments for high grow room temperatures that are both simple and effective:

1 of 7: Boost Up the Air Exchange Rate

In an indoor growing environment, hot air builds quickly. It is possible that you have installed an input and extractor fan in order to remove the heated air. Increase the speed of this fan duet to increase the rate of air exchange in the room. You can manually change the fan speed every now and again, but there are programs available that can do it automatically and with pinpoint accuracy. My favorite is the recently released Titan Controls Kronus 4, which is my personal fave. To get a better and cooler air exchange, one more effective advice is to gather the intake air from the coolest spot that is readily accessible close by.

2 of 7: Have A Low-Strength Nutrient Solution

When the temperature is high, more water is absorbed by the leaves, resulting in a greater demand for water by the root system. As a result, they are compelled to consume additional nutrients. Furthermore, increased nutrient consumption is associated with an increased risk of plant toxicity concerns. This finally leads to their demise, though. In order to prevent this from happening, dilute the nutrient solution by a specific proportion (20 percent in most cases). All that is required is the addition of the determined amount of fresh water.

An air pump and some air stones should be included in the solution.

3 of 7: Enhance Air Flow

The medium via which heat is transferred from heat sources to plants is called air. It follows that improving air circulation throughout the tent’s inside will have a positive impact on reducing its heat-producing effects. Using an oscillating fan is the most efficient method of doing this task. Place it in such a manner that it can circulate air in nearly every area of the room, particularly the air between the heat source and the plant canopy. I’d like to share with you two of my own recommendations: –

  • In order for heat to go from heat sources to plants, it must first pass through the air. It follows that improving air circulation in the tent’s interior will have a positive impact on reducing its heat-generating effects. To get the job done, an oscillating fan is the perfect tool. Place it in such a manner that it can circulate air in nearly every area of the space, especially the air between the heat source and the plant canopy. a. I’d like to share with you two of my own suggestions: –

4 of 7: Enhance Humidity

Humidity is the most apparent factor to consider when discussing temperature, and it comes in second place. In the same way, vice versa. They have an effect on one another, and you can cope with the increased temperature in a grow area by adjusting the relative humidity in the space. Now, how can you keep your grow tent cool by regulating the humidity in it? If the temperature rises in a curved space, relative humidity drops, according to the findings of a study published on Sciencing. Even if the temperature in your grow room is extremely high, you should be concerned if the relative humidity is also unusually low.

Now, here’s a fun fact: increasing the humidity level will not only prevent the plants from drying out, but it will also cause the plants to chill down.

Do you recall the ‘Vice Versa’ fact? In addition to increased humidity, there is a fall in temperature, which works to your advantage. It is recommended that you choose a high-quality humidifier with an automated controller to maximize its efficiency.

5 of 7: Switch Off or Dim A Few Light Sources

Many of us growers believe that putting the light sources above the plants’ heads will alleviate the temperature issues we’re seeing. However, the reality is that while this may reduce direct heat on the plants by a little amount, it will not reduce the temperature of the overall grow tent. What actually works in practice is to turn off 50% of your light sources for a period of time. If you have two, you may switch one of them off for a short period of time and it will not cause any problems.

It works well with high-pressure sodium lights.

6 of 7: Chill The Nutrients

If you believe that your plants can endure a high temperature under any circumstances, you are mistaken. Almost each grow room plant can endure temperatures between 90 and 100 degrees Fahrenheit, and even greater temperatures. If you live in a hot climate and are unable to find a rapid way to manage the temperature, but still want to maximize your yield, you should chill the nutrients to a temperature between 55 and 65 degrees Fahrenheit. It is necessary to employ a pump that circulates the nutrient solution in order to prevent the temperature of the nutrients from rising again.

7 of 7: Using Air Cooled Hoods

There is no way, under any circumstances, for your plants to endure a high temperature. A wide range of grow room plants are capable of withstanding temperatures ranging from 90 to 100 degrees Fahrenheit and even higher. It is recommended that you chill the nutrients to a temperature of 55-65°F if you are unable to find a rapid method to manage the temperature (for example, you live in a hot climate) and yet want a maximum yield. It is necessary to employ a pump that circulates the nutrient solution to ensure that the temperature of the nutrients does not rise again.

See also:  Where Can I Live In A Tent For Free

3 Bonus Tips

I’m confident that implementing a few of the aforementioned suggestions will assist to reduce the excessive temperature or, at the at least, let your plants live in a hot environment. Here are some additional extras to go along with these suggestions.

Run the lights at night

  • Despite the fact that we are all aware of this, I stress on it more since it will help to keep the ambient temperature low.

Seal the entire space up

  • If you are a grower who lives in a hot environment, this may be even more beneficial to you. Such a grower is more likely to use an air conditioner as well as a carbon dioxide generator to keep the environment cool. It is preferable to utilize a subterranean space since it acts as a natural thermal insulation. Aside: Plants in a grow room can withstand high temperatures and high carbon dioxide levels in the air.

Toughen up Cell Walls of the Plants

  1. For growers that live in warmer climates, this may be an even better option for them to consider. In this case, an air conditioner and a carbon dioxide generator are more likely to be installed by the farmer. A natural insulation is provided by using an underground space, hence it is preferable. Aside: Plants in a grow room can withstand high temperatures and high carbon dioxide levels in the atmosphere.

For growers that live in warmer climates, this may be an even better option for them. Such a grower is more likely to use an air conditioner and a carbon-dioxide generator to keep the environment cool. It is preferable to utilize an underground room since it offers natural insulation. Aside: Plants in a grow room can withstand high temperatures and high carbon dioxide concentrations.

Question: How To Lower Temperature In Grow Tent

For growers that live in warmer climates, this may be an even better option. Such a grower is more likely to use an air conditioner and a carbon dioxide generator to keep the environment cool.

It is preferable to utilize an underground room since it provides natural insulation. Side note: Plants in a grow room can withstand high temperatures and high carbon dioxide concentrations.

How can I cool down my grow tent?

How To Keep A Grow Tent Cool Switch to LED grow lights to save money. Ballasts and drivers should be placed outside the grow tent. Air should be circulated in and out of the tent. In the grow tent, keep an oscillating fan running. Incorporate a Swamp Cooler into your tent. Install a portable air conditioner in the tent. Turn on the lights at night. Relocate the grow to the basement or cellars.

How hot is too hot in grow tent?

It’s important to remember that the maximum temperature for successful marijuana grow tent operation is 85°F if you’re growing marijuana in a grow room. Temperatures that are greater than this will cause the plant to succumb to death.

What should my humidity be in my Grow Tent?

A high level of humidity in your grow tent is also undesirable. Humidity levels that are too high can cause mold to grow on damp portions of your setup, as well as on the actual plants themselves. Moldy plants do not thrive in high humidity, so keep your humidity levels between 40 and 70% at all times.

How do I keep my greenhouse from getting too hot?

The Best Way to Keep Your Greenhouse Cool During the Summer Ventilating a Greenhouse is important. One of the most effective methods of combating heat is to ensure that plants have an adequate through-flow of air. Adding Shade to a Greenhouse. Shading is the second tool you have at your disposal to take on the heat head-on. Dampening the atmosphere in a greenhouse. In really hot conditions, there is another method of keeping plants cool: dampening down the soil.

What size humidifier for 4×4 grow tent?

Keep Your Greenhouse Cool During the Summer A Greenhouse’s Ventilation System A good through-flow of air is one of the most effective methods of combating heat in plants. In the greenhouse, it is necessary to shade the plants. In order to take on heat head on, you must first shade your surroundings. Putting a Damp in a Garden. Another technique for keeping plants cool in extremely hot weather is to dampen them down.

How can I lower the humidity in my grow room at night?

How to Reduce Humidity in a Grow Tent is explained here. It is important not to overwater your plants. Make use of a dehumidifier to keep the environment within your grow tent comfortable. Check the density of your plants. Remove any standing water. Increase the number of fans in the room to improve ventilation. Make air holes to allow for ventilation. Make a purchase of an air conditioning unit. Insulate and seal the interior of your grow tent.

How can I increase heat in my Grow Tent?

How to Reduce Humidity in a Grow Tent may be found right here. Keep your plants from becoming overwatered. Dehumidifiers should be used inside grow tents to keep the environment comfortable. Examine the density of your plants. Water that has accumulated should be removed. Add extra fans to improve the ventilation. Make air holes to allow for ventilation to go through. A/C unit should be purchased. Prepare your grow tent by insulating and sealing it.

What should the temperature be in my Grow Tent?

The Optimal Temperature for Your Cannabis Growing Environment Under ideal conditions, the temperature of a conventional, well-ventilated grow room should be kept between 75 and 85 degrees Fahrenheit.

The temperature may be adjusted or reduced depending on the demands of your plants.

How hot is too hot for seedlings?

The overall answer is roughly 90 degrees Fahrenheit, with a few outliers to the generalization. This implies that when temperatures reach over 90 degrees Fahrenheit and remain there for an extended period of time, leaves wilt. When the temperature is high, water evaporates more quickly into the atmosphere, depleting a plant’s water supplies.

Is 80 Degrees to hot for a grow tent?

The usual answer is somewhere around 90 degrees Fahrenheit, with some outliers. If temperatures increase above 90 degrees Fahrenheit for an extended period of time, the result is wilting foliage. During periods of extreme heat, water evaporates more quickly into the atmosphere, depleting a plant’s water storage capacity faster.

Can you leave your grow tent open?

With a few outliers, the usual response is roughly 90 degrees Fahrenheit. This implies that when the temperature rises over 90 degrees Fahrenheit and remains there for an extended period of time, the leaves wilt. When the temperature is high, water evaporates more quickly into the atmosphere, depleting the reserves of a plant.

Is 85 too hot for a grow room?

The usual answer is roughly 90 degrees Fahrenheit, with a few exceptions to the norm. This implies that when temperatures increase over 90 degrees Fahrenheit and remain there for an extended period of time, leaves begin to wilt. When temperatures are high, water evaporates more quickly into the sky, depleting a plant’s water supplies.

Will plants recover from heat stress?

The overall answer is roughly 90 degrees Fahrenheit, with a few outliers to the generalization. This implies that when temperatures reach over 90 degrees Fahrenheit and remain there for an extended period of time, leaves wilt. When the temperature is high, water evaporates more quickly into the atmosphere, depleting a plant’s water supplies.

How do you remove heat from a room?

The usual answer is somewhere around 90 degrees Fahrenheit, with some outliers. If temperatures increase above 90 degrees Fahrenheit for an extended period of time, the result is wilting foliage. During periods of extreme heat, water evaporates more quickly into the atmosphere, depleting a plant’s water storage capacity faster.

Is 32 degrees too hot for Grow Tent?

Moderator. Anything beyond 30 degrees Celsius/86 degrees Fahrenheit should be avoided at all costs. Because of the high temperatures, the plants become stretched and their buds become smaller and more airy. There are some strains that will fare better in hot temperatures than others.

Is 80 degrees too hot for Grow Tent?

Until the last two weeks, daytime temperatures should be kept between 70 and 80 degrees Fahrenheit without co2 and 80-90 degrees Fahrenheit with co2 until daytime temperatures should be kept between 70 and 80 degrees Fahrenheit without co2 and co2 can be reduced to compensate for the lower metabolism.

What happens if grow room is too hot?

Until the last two weeks, daytime temperatures should be kept between 70 and 80 degrees Fahrenheit without co2 and 80 to 90 degrees Fahrenheit with co2 until daytime temperatures should be kept between 70 and 80 degrees Fahrenheit without co2 and co2 can be reduced to compensate for the lower metabolism.

How do I lower the temperature and humidity in my Grow Tent?

Till the last two weeks, daytime temperatures should be kept between 70 and 80 degrees Fahrenheit without co2 and 80-90 degrees Fahrenheit with co2 until daytime temps should be kept between 70 and 80 degrees Fahrenheit without co2 and co2 can be decreased to compensate for the lower metabolism.

How To Cool A Grow Tent Without Wasting Tons Of Money

Till the last two weeks, daytime temperatures should be kept between 70 and 80 degrees Fahrenheit without co2 and 80-90 degrees Fahrenheit with co2 until daily temperatures should be kept between 70 and 80 degrees Fahrenheit without co2 and co2 can be adjusted to account for the lower metabolism.

How To Cool A Grow Tent

Based on your location, the temperature in which you reside, the sort of grow lights you are using, and a variety of other circumstances, you may have a significant heat problem or a very minor one. All of the ways for cooling your grow tent that are discussed here can make a significant impact in the temperature inside. However, most of them will not be sufficient on their own, unless you are dealing with a very little quantity of extra heat. If you’re dealing with a more complicated topic, you’ll need to mix numerous approaches.

More information may be found in “Do Grow Tents Prevent a Helicopter From Detecting Heat?”.

Switch To LED Grow Lights

Depending on where you reside, the sort of grow lights you are using, and a variety of other circumstances, you may have a significant heat problem or a relatively minor one with your marijuana plants. It is possible to make a difference with any of the cooling options for your grow tent described below. Unless you have a little quantity of extra heat to deal with, however, most of them will not be sufficient on their own. A larger challenge will necessitate the use of a number of different approaches.

If you want to know more about this, read “Do Grow Tents Prevent A Helicopter From Detecting Heat?” Having said that, even if you do not have a significant heat problem, combining numerous solutions will always be the most effective, and this is exactly what we propose.

Put Ballasts Or Drivers Outside The Grow Tent

If you are using high-intensity discharge (HID) lights and want to use them indefinitely, you may limit their heat output within the grow tent by placing their ballasts outside the tent. Because the ballasts generate a significant amount of heat on their own, placing them outside can be beneficial. You may also dim the ballast in order to lower the output of the lights as well as the heat produced by the ballast in itself. Even with LED grow lights, this might be a viable solution in some situations.

The Quantum fixtures and the Spyder type fixtures are both capable of doing so.

If you have an LED grow light with an external driver, you should be able to remove it from the fixture and set it outside the grow tent without difficulty. A tiny grow tent without ventilation, in particular, can have a significant influence on the amount of heat generated within the grow tent.

Cycle Air In And Out Of The Tent

In the event that you are utilizing high-intensity discharge (HID) lights and intend to continue using them, you may limit the amount of heat they generate within the grow tent by placing their ballasts outside the grow tent. It might be beneficial to place the ballasts outside because they generate a significant amount of heat on their own. The ballast can also be dimmed in order to minimize both its own heat production and that of the lights it powers. The use of LED grow lights, in particular, may make this an option.

The Quantum fixtures and the Spyder type lights are both capable of achieving this result.

If you have an LED grow light with an external driver, you should be able to take it from the fixture and install it outside the grow tent without difficulty.

Run An Oscillating Fan In The Grow Tent

The grow tent should always be equipped with at least one oscillating fan, regardless of whether or not you are ventilation your grow room. In large tents, you’ll need a number of these. Find out which fans are the most effective for grow tents in this article. These fans keep the air flowing over the plants at a constant rate. Not only does this assist to keep things cold, but it also helps to prevent the growth of mold. This is especially crucial during the early phases of the grow when you want to increase the humidity levels in the grow tent, as well as during the latter stages when huge buds and fan leaves obstruct air movement in the grow tent.

Put A Swamp Cooler In The Tent

Swamp coolers chill the air by evaporating the water contained within them. For this reason, they are often referred to as evaporative coolers. They are more efficient at chilling air than other types of coolers (such as regular air conditioners), but they also add moisture to the air they are used to cool. If you need to boost humidity, a swamp cooler is a fantastic tool. However, if your grow environment is already too humid (or just perfect), you should avoid using a swamp cooler. Instead, use a conventional air conditioner to cool down.

Put An Air Conditioner In The Tent

Air is cooled by swamp coolers because water evaporates and cools the air around it. Because of this, they are often referred to as evaporative coolers. They are more efficient at chilling air than other types of coolers (such as regular air conditioners), but they also add moisture to the air they are used to cooling. The usage of a swamp cooler is highly recommended if you need to boost humidity in your growing environment; however, if your growing environment is already too humid (or just perfect), you should avoid using one.

Run Lights At Night

If you are growing indoors, there is no rule that says your plants must have the same daytime hours as you do throughout the growth season. Their sunlight might be our nighttime, and vice versa. Temperatures are colder at night, which will assist to counteract the heat generated by the lights during the day. Additionally, there may be an extra benefit. Some electrical companies offer cheaper electricity prices throughout the evening and midnight hours, which means you may save a little money as well.

Plants that bloom, such as marijuana, require 12 hours of continuous darkness every single day to thrive. A light leak might have a detrimental impact on their growth and productivity.

Move The Grow To The Basement

Heat increases, as we have already established. As a result, the lower levels of your home will be significantly colder than the top levels. If your grow tent is presently placed upstairs or elsewhere, relocating it to the basement will result in a somewhat cooler ambient temperature, which will make it simpler to keep your tent cool while it is being used.

Cooling A Grow Tent: Final Thoughts

Maintaining a cool growing environment in order to enhance development and output is likely the most difficult challenge marijuana farmers must overcome. There are a plethora of things you can do, to be sure, but they all need time, effort, and money. It’s simply a matter of viewing it as a necessary component of indoor growing operations. Accept the fact that you will need to acquire fans, ducting, filters, and possibly even air conditioning units in order to complete your project. Additionally, you should consider using LED grow lights rather than obsolete HPS or MH lights (we still recommend CMH, though we prefer a quality LED).

See also:  How Big Is A 10X10 Tent

How to Reduce Heat Inside a Grow Tent

When you are first starting out in a new location, it can be challenging to maintain the optimal temperature for your cannabis plants. Because of the restricted airflow within a grow tent, it might be even more difficult to regulate the temperature inside. It can be difficult to keep the heat levels under control, which is why we’ve put up this guide to assist you with the procedure.

Are High Temperatures Bad for Cannabis Plants?

The ambient temperature may be significantly higher than the 70 degrees Fahrenheit that your plants find pleasant if you are growing marijuana in a hot location or in an area where heat cannot disperse, causing heat stress in your plants. An increase in temperature can cause your cannabis plants to grow more slowly, produce less, and possibly die if the temperature continues to rise. Heat is a major worry throughout the flowering phase of cannabis plants, as well as for those who grow cannabis hydroponically, when the roots are exposed to the elements (as opposed to being protected by a pot and layer of dirt).

Examine the following easy methods to begin lowering the heat temperatures inside your growing space right away.

Using Oscillating Fans Inside Grow Tents

If you are growing marijuana in an environment with high temperatures, or in an area where heat is impossible to disperse, the ambient temperatures may be significantly higher than the 70 degrees Fahrenheit that your plants find pleasant, resulting in heat stress in your plants. Increased temperatures can cause your cannabis plants to grow more slowly, produce less, and possibly die if the temperature rises too high. Heat is a major worry throughout the flowering phase of cannabis plants, as well as for those who grow cannabis hydroponically, when the roots are exposed to the environment (as opposed to being protected by a pot and layer of dirt).

As a result, there are a variety of strategies and supplements that may be used to manage temperatures and minimize heat damage to your cannabis plants. Review these easy procedures to begin lowering the temps within your growing space as soon as possible.

Ceiling or Floor Vent for Grow Tent Exhaust?

Because of the way heat rises, deciding whether or not to put your exhaust fan in the ceiling vent of your grow tent can make a significant impact in your growing results. The ceiling vent will allow hot air to be pulled out while passively drawing air from the floor vent, which will be cooler because it is higher in the room. This simple setup tweak may make a significant difference in the amount of work necessary to keep the temperature inside your tent under reasonable control.

Use a Cooling Humidifier

The use of a humidifier with a cooling effect, such as Vick’s Cool Mist Ultrasonic, inside your grow tent will assist to lower temperatures even further while simultaneously raising humidity to acceptable levels, as shown in the chart below. However, you will want to be cautious not to let the humidity to rise too much, since this might unintentionally raise temperatures. While a humidity level of roughly 40% is regarded best for vegetative marijuana plants, greater humidity levels are preferred for seedlings, which benefit from lower humidity levels.

Use Buckets of Water, or Ice

Water buckets strategically placed around your growing space can both aid to boost humidity levels and lower the heat inside your grow tent, which will benefit both of you. Ice cubes or frozen water bottles can also be used to fill the buckets with cold water, which is preferable to using hot water. Heat will be absorbed by the bucket of water, which will function as a heat sink for the inside of your tent. This strategy works well in conjunction with the use of oscillating fans within your grow tent.

Control the Temperature Outside of the Grow Tent

The temperature inside your grow tent will naturally be a few degrees warmer than the outside temperature due to the nature of the material. As a result, you should always strive to increase airflow in the surrounding regions, ensuring that all of the heat created by your grow tent is dissipated. As a result, it is preferable to connect your exhaust fan directly to an exterior window, as this will prevent any heat buildup from occuring near the growing region. It may also be necessary to employ additional oscillating fans or air conditioning to keep temperatures outside of the grow tent within acceptable ranges.

Optimize your Marijuana’s Day and Night Cycle

The majority of farmers will also opt to operate their lights for the whole 24 hour period, rather than the traditional 16 hours of light followed by 8 hours of darkness. Running your light for a full 24 hours will result in a 30 percent increase in the amount of electricity used as well as the total quantity of heat emitted by the light. While this may not be a major worry for many growers, it is vital to be aware of the declining returns that are connected with this situation. In other words, your plants will not develop 30 percent more quickly than they would if they were just exposed to 18 hours of light.

It is common for temperatures to be at their greatest during the daytime hours.

The additional benefit of using this strategy is that your energy bills will be lower as a result of the lower cost of electricity during non-peak periods.

Supplements to Protect Against Heat Stress

It may surprise you to learn that a variety of supplements are quite helpful in mitigating the negative effects of high temperatures on your plants by assisting them in dealing with heat stress. Supplements such as these should only be used as a last option in order to minimize the amount of moving components in your garden and to avoid creating unnecessary complexity. But if you have tried all of the procedures above and are still experiencing high temperatures inside your grow tent, these supplements may be just what you need to keep your plants from suffering more harm from the high temps.

Silica for Cannabis Plants (Potassium Silicate)

Silica supplementation is beneficial for a variety of environmental conditions that your plants will want to avoid, and it may assist your plants in dealing with the stress associated with higher temperatures. Because of the enhanced resistance to stress, your garden will be able to thrive at temperatures that are above normal without suffering any harmful consequences. Supplementing your cannabis plants with silica has a variety of other indirect benefits, such as a mild corrosion to the leaves, which makes it less appealing to pests and other insects (if you were growing outdoors).

Use Supplements for Root Health

If you are growing cannabis hydroponically, the roots of your cannabis plants will be exposed, making them much more sensitive to greater temperatures than they would be otherwise. As soon as temperatures reach uncomfortably high levels, the condition of the roots begins to degrade. Visually, this will become apparent, and if you touch the roots, they will feel as though they have been covered with slime. The administration of a root health supplement may have a significant influence on the vitality of your plant’s roots, and can even help them to recover from their state of ill health.

Heat Resistant Strains

Believe it or not, certain strains of cannabis are really more heat tolerant than others and can withstand greater temperatures than others. Typically, Sativa-dominant strains are preferred by high-temperature growers, and this gene may be found in many famous marijuana breeds. Choosing one of these strains should be regarded a last resort for those who have been unable to maintain temperature control within their grow tent.

12 tips to keep the temperature low in the summer – Cannaconnection.com

Is it going to be a scorching summer? This is fantastic, however if you’re an indoor grower, you’ll rapidly run into difficulties. Take a look at these 12 excellent suggestions for keeping the temperature under control! The smell of a good spliff in the middle of a gorgeous sunny summer day is unbeatable. The sun is shining, the sky is clear, the birds are chirping, and the temperature is increasing. Great, but if you’re an indoor grower and you’re not prepared, those high temps might spell disaster for your crop.

That’s great if you have the option of switching to outside farming, but for the majority of people, it’s indoor cannabis or no stash. Don’t be afraid of the sun, my reader. We’ve compiled a list of 12 recommendations for indoor gardeners to assist you survive the sweltering summer months.

CORRECT INTAKE AND OUTTAKE FAN SETUP

Whether you are ganja farming in a commercial grow tent or a homegrown grow room, it is critical for environmental management that you use the correct fans in the correct locations. Make certain that you choose fans that are large enough to accommodate your grow display. As a general rule, before placing fans in the ceiling of a grow tent, check to see that the tent’s frame is robust enough to support the weight and that the fan is securely fastened with chains and/or cable ties. When compared to always running tiny fans at maximum capacity, it is preferable and safer to have more powerful intake and exhaust fans operating on a low-to-medium setting instead.

USE AIR-CONDITIONER

An air conditioner is a simple and elegant answer to the excessive heat that might build up in a grow room during a hot summer. If you happen to reside in a cooler nation, on the other hand, your home is likely to be equipped with central heating rather than an air-conditioning system. A portable air conditioning unit will suffice, and you may be able to locate one at your local grow store if one is not already available; if not, you will almost certainly be able to purchase one online. The sole disadvantage of utilizing air conditioning is that it increases the amount of money spent on electricity.

ADD CO2

The addition of CO2 has been shown to increase the size of buds and increase marijuana output. It is ideally suited for commercial grow operations, and it is particularly popular among more experienced growers who want to maximize their yields. Furthermore, increased levels of CO2 allow for a higher temperature in the growing environment, which is a good approach to take advantage of higher temperatures. However, for the home grower who is likely to be sleeping in the bedroom next door, proceed with caution and stick to a simple passive system rather than experimenting with CO2 tanks and other high-tech equipment.

AIR-COOLED HID Lights

HPS and MH lamps from the past generate a significant amount of heat in addition to light. By air-cooling those HID bulbs, you can keep the heat at bay and your plants flourishing all year long. An extra fan and some ducting connected to an air-cool reflector are all that’s necessary for sucking up the heat generated by the grow tent.

GROW BY NIGHT

Lamps such as the old-fashioned HPS and MH generate a lot of heat in addition to light. Air-cooling those high-intensity discharge (HID) lights will help you keep your plants thriving all year. In order to remove the heat from the grow tent, an extra fan and some ducting connected to an air-cool reflector are all that is necessary.

CORDON OFF THE GROW OP

It is usually simpler to maintain ideal environmental conditions in a grow room that has been well-insulated and adequately sealed off. The goal is to keep the impacts of the weather outside from entering the building and to create a comfortable indoor microclimate.

KEEP THOSE BALLASTS OUTSIDE THE GROW TENT

It is usually simpler to maintain appropriate climatic conditions in a grow room that has been adequately insulated and sealed.

Aims are to keep the impacts of the weather outside from entering the building and to create a comfortable internal microclimate.

INTERIOR AIRFLOW

It is usually simpler to maintain ideal climatic conditions in a grow room that has been appropriately insulated and shut off. The goal is to keep the impacts of the weather outside from entering the building while maintaining a comfortable inside microclimate.

ADD A BUCKET OF ICE

Desperate circumstances need the use of desperate tactics. If money is limited and the heat is on, the most cost-effective approach to drop the temperature a few degrees is to use a bucket or two of ice. You may just fill up a few empty 2L plastic bottles with water and place them in the freezer for a few hours, or if you have an American Freezer, dump the ice cube dispenser into a bucket and refill it with water until it is completely frozen.

DUCTING

If your ducting is kinked or bent, it will place a larger strain on your fans, which will decrease their efficiency. Smooth out the ducting and avoid any twisting or bending as much as possible. It is certain that heat will build up if the ducting connecting your air-cooled reflector or outtake fan is rough and improperly linked. Similar to this, sagging ducting on an intake fan would restrict the amount of fresh air that can be drawn in via it. Get yourself a new roll of duct tape to use to fasten connections and keep the ducting in place.

USE A DIMMABLE BALLAST

During the hot summer months, dimmable ballasts provide additional flexibility for the interior environment. If the temperature rises to dangerous levels, it may be necessary to reduce the power of the grow light. Of course, this will result in a reduction in lumens as well as a fall in temperature, which will result in a reduction in yields. Although dimmable ballasts are not a perfect answer, they can allow for a scaled-down indoor summer grow show instead of a complete shut down of the facility.

INVEST IN LED LIGHTING

LEDs are the ideal solution for the indoor gardener who is adamant on cultivating indoors even when the weather outside is downright Martian in its rigor. The advantage of LED lighting is that the vast majority of the energy is turned to light rather than heat, resulting in a more comfortable operating environment. As of right now, the only significant disadvantage of the current generation of LED systems is their cost. When it comes to long-term investments in your grow operation, LEDs are a fantastic choice.

So that’s your lot, and if the dozen or so techniques listed above don’t assist you to lower grow room temperatures in a hot summer, you can always migrate to Alaska, where you’ll forget what it’s like to be heated in a short period of time, especially since they now have legal marijuana.

How to Cool A Grow Tent? – 10 Actionable Ways to Take

What do you think the months of June through August are like for you? We’d say it’s scorching. And when given the opportunity, we run under the air conditioners or at the very least beneath the fans to cool ourselves off. If that’s the case with ourselves, why shouldn’t it be the same with the plants? We’re talking about an agrow tent in particular, to whom you’re pretended to be ‘Mother Nature’ from every angle possible. Consequently, if you’re concerned about how to cool a grow tent that’s becoming excessively hot, it’s quite OK to choose that route.

Listed below are five strategies for keeping the temperature of a grow tent under control. If you’re a grower, we’re willing to bet you’ll be unable to stop scrolling until the very end. Let’s get this party started-

What Turns a Grow Tent Hot?

I’m curious how you’re feeling about the months of June through August. Guess it’s going to be a scorcher! Undeterred, we run beneath air conditioners or at the very least under fans to keep cool. The same might be said for plants if this is true for us. We’re talking about an agrow tent in particular, to whom you’re trying to be ‘Mother Nature’ from every angle possible. This means that you may safely cool down a grow tent that is running particularly hot if you are concerned about doing so.

Listed here are ten strategies for keeping the temperature of a grow tent within reasonable limits.

See also:  How Big Is An 8 Man Tent

Begin with the basics:

  • If the ventilation system fails, the heat generated within the tent is trapped within the tent itself. What is the obvious ramification of this? No doubt about it, there’s heat trapped within the tent, boosting the temperature
  • It’s likely that the tent’s HVAC system isn’t performing up to pace due to the excessive heat in the surrounding environment. The higher the temperature outside, the greater the amount of work the cooling system needs to do. Otherwise, the temperature and heat would soar to dangerous levels. The presence of too many heat sources within the grow tent region and not enough cooling agents to neutralize them is another probable explanation for the problem. The absence of adequate insulation around the tent’s outside is another potential source of heat loss that we would need to solve. And that is most likely to occur in summer climatic zones
  • Yet,

A problem with the ventilation might result in a build-up of heat that is trapped within the tent. Inevitably, this has an impact. The heat is contained within the tent itself, boosting the temperature; indeed, it is. It’s conceivable that the tent’s HVAC system isn’t performing up to pace because of the excessive heat in the surrounding area. More effort is required by the cooling system as a result of the increasing temperature outside of the vehicle. Other than that, the temperature and heat will soar to dangerous levels.

Moreover, in summer climatic zones, this is quite likely to occur.

Ways to Cool A Grow Tent- Without Products

If the ventilation system fails, the heat generated within the tent is trapped within the tent. What is the inescapable ramification? Yes, the heat is being retained within the tent itself, boosting the temperature. It’s conceivable that the tent’s HVAC system isn’t performing up to pace due to the excessive heat in the surrounding area. The more heat there is out there, the more work the cooling system needs to perform to keep things cool. Otherwise, the temperature and heat will skyrocket; Another possibility is that you have too many sources of heat within the grow tent region and not enough cooling chemicals to neutralize them.

Moreover, in summer climatic zones, this is quite likely to occur.

Way 1: Get the Best Out of the Ventilation Scopes

If the ventilation fails, the heat generated within the tent is trapped within the tent. What follows as a logical conclusion? Yes, there is heat trapped within the tent itself, which is rising the temperature. It’s likely that the tent HVAC system isn’t performing up to pace because to the excessive heat in the surrounding area. The higher the temperature outside, the more work the cooling system needs to undertake. Otherwise, the temperature and heat would soar to dangerous levels; Another possibility is that there are too many sources of heat within the grow tent region and not enough cooling chemicals to counteract them.

And that is quite likely to occur in summer climatic zones.

  • If the ventilation system fails, the heat generated within the tent is trapped within the tent itself. What is the obvious ramification of this? No doubt about it, there’s heat trapped within the tent, boosting the temperature
  • It’s likely that the tent’s HVAC system isn’t performing up to pace due to the excessive heat in the surrounding environment. The higher the temperature outside, the greater the amount of work the cooling system needs to do. Otherwise, the temperature and heat would soar to dangerous levels. The presence of too many heat sources within the grow tent region and not enough cooling agents to neutralize them is another probable explanation for the problem. The absence of adequate insulation around the tent’s outside is another potential source of heat loss that we would need to solve. And that is most likely to occur in summer climatic zones
  • Yet,

Way 2: Diminish the Heat Sources as much as Possible

A problem with the ventilation might result in a build-up of heat that is trapped within the tent. Inevitably, this has an impact. The heat is contained within the tent itself, boosting the temperature; indeed, it is. It’s conceivable that the tent’s HVAC system isn’t performing up to pace because of the excessive heat in the surrounding area. More effort is required by the cooling system as a result of the increasing temperature outside of the vehicle. Other than that, the temperature and heat will soar to dangerous levels.

Moreover, in summer climatic zones, this is quite likely to occur.

  • The lights (1 source of heat)
  • Space heaters
  • Motor-driven devices
  • Soil that carries heat inside it
  • And other sources of heat

Now, let’s speak about the grow lights first, because they are the primary contributors of pollution in this environment. In the first place, lights must be kept at a safe distance from the plants’ roots. After that, you can switch to using air-cooled light hoods instead of ordinary light hoods. Because these hoods take care of the hot air that is generated by the lights and prevent it from entering the grow area. Aside from these two points, there are a couple of small details that you should be aware of.

Additionally, you must employ automatic controllers to turn off the lights when they are not required.

When it comes to other sources of heat, you may use the same tactics that we recommended for lighting.

Way 3: Optimize the Ducting

Let’s start with the grow lights, because they are the primary generators of pollution in this area. It is necessary to keep lighting at a safe distance from the plants, to begin with. Instead of standard light hoods, you may choose for air-cooled versions. Because these hoods take care of the hot air that is generated by the lights and prevent it from entering the grow space. You should also be aware of a couple of small facts that aren’t as important as the others. The first is to keep the lights turned on during the nighttime hours of operation.

Final words of wisdom: utilize only lights that emit the least amount of heat possible.

As you are aware, it is essential to maintain the amount of heat produced to a manageable level.

Way 4: Avoid Low Humidity in the Grow Tent

It is possible that you have a definite belief that there is a direct relationship between humidity and temperature if you have done your research. Particularly when dealing with a limited space such as a grow tent, the connection becomes more clear. The general rule of thumb is that the lower the humidity, the higher the temperature will be in any given situation. In the same way, vice versa. As a result, if the humidity is below a certain level, it is possible that heat and temperature accumulation may occur within the growing environment.

Increasing the humidity levels in the grow tent if the humidity levels are lower than that will benefit both the plants and the overall temperature condition in the grow tent.

Way 5: Reposition the Grow Tent As Per the Exterior

As long as the heat difficulties are taken into consideration, the location of the grow tent within the house is quite vital to the success of the operation. Typically, growers like to store them in secluded areas such as the garage, cupboards, or other similar locations. However, in the event that you are not one of them, the following are some pointers. Place the grow tent away from the south-facing wall of your home. This will help to keep the bugs out. This is likely to prompt thoughts about how to construct a perimeter around the grow tent.

The heat of the sun is transferred to the tent through the nearby air, causing the tent to inhale hot air.

Rest confident that you will be able to take care of the ventilation on your own.

Ways to Cool A Grow Tent – With Products

It’s critical to consider where the grow tent will be positioned in your home, as long as the heat difficulties are taken into account. In most cases, growers choose to maintain their plants in secluded locations such as the garage or cupboards. For those who aren’t among them, though, here are some pointers. Place the grow tent away from the south-facing wall of your home. This will help to keep the heat out. This is likely to prompt thoughts about how to construct a perimeter around the grow tent, among other things.

  1. The heat of the sun is transferred to the tent through the neighboring air, causing the tent to inhale hot air as a result of this.
  2. Do not be concerned about ventilation; you will be able to handle it yourself.
  3. They typically produce a respectable BTU output and are easily transportable.
  4. Mini Air Conditioning Units that We Recommend However, if the grow room is really huge, we offer split air conditioners that perform well.
  5. However, as you may imagine, they come at a significant financial expense.

Way 2: Use Fans

Because you are already familiar with the construction of an agrow tent, we assume that you have already occupied the fan(s) in it. However, given that the current scenario suggests that these fans are not adequately cooling the tent, we believe there is room for innovation.

Replacement of the old fans with new and more efficient ones is what we’re talking about! Finding the proper size and kind of fan is always important when it comes to maintaining a healthy temperature for your growing plants. When we talk about fans, we are referring to two different sorts of fans:

  1. Due to the fact that you are already familiar with the configuration of an agrow tent, we assume that you have already occupied the fan(s) included within it. Although the current scenario suggests that these fans are not adequately cooling the tent, we believe that there is room for innovation in this case. We’re talking about swapping out the old fans for newer, more efficient ones here. A fan of the proper size and kind may help you maintain a comfortable temperature for your growing plants at all times. When we talk about fans, we are referring to two different categories of fans-

As a result, identify the appropriate size for both of these kinds and place them in an appropriate location. Location of fans is also significant since, if they are put in the wrong location, they will just circulate old, hot air inside the air instead of fostering new and cold breezes around the room. Inline fans that we recommend are as follows: Oscillating fans that we recommend are listed below. Sales promotionAir King Clip Fan, 6 inch (white). 6-inch commercial-grade 2-speed fan with a spring-loaded clip-on construction; 1/300-horsepower motor that is permanently oiled; polypropylene blades.

Way 3: Use Water Chillers

If you discover that ac units are prohibitively pricey for the amount of indoor gardening you do, there is a finer and more economical alternative available. And they are referred to as water chillers. Chillers for water are electric devices that absorb wet vapors while leaving the cold and cooled ones in their wake. There are two types of chillers: water-cooled chillers and air-cooled chillers. Water-cooled chillers are more common. Despite the fact that the latter is less expensive, it is less effective for grow tents larger than 44.

These devices are equipped with a water reservoir to keep the water contained and an evaporating mechanism to reduce the temperature of the surrounding environment.

As you have seen previously, insufficient humidity is one of the probable causes of the heating of grow tents.

However, in the best-case situation, we recommend that you use a decent humidifier to deal with any humidity issues you may be experiencing.

Way 4: Control the Climate

It is possible to locate a finer and more economical alternative to ac units depending on the number of indoor gardening you are doing. Also known as water chillers, they are used to cool water. Chillers for water are electric devices that absorb wet vapors while leaving the cold and chilled ones in their place. Water-cooled chillers and air-cooled chillers are the two types of chillers available. The latter is less expensive, but it is less effective for grow tents that are larger than 44 in size.

In addition to the water reservoir to keep the water contained, these devices also have an evaporation mechanism to cool the surrounding area.

Reduced humidity is one possible cause of grow tent heating, as you have seen previously.

And, when using a water-based chiller, this possibility is well within the acceptable range of possibilities. But in the best-case situation, we recommend that you use a decent humidifier to deal with any humidity issues you may be experiencing in your home. Water Base Chillers that We Recommend –

  1. If you find that air conditioning systems are prohibitively expensive for the amount of indoor gardening you do, there is a finer and more cheap alternative available. It’s referred to as the water chillers. Refrigerated water chillers are electric devices that absorb wet vapors while leaving the cold and chilled vapors behind. Chillers may be divided into two categories: water-cooled chillers and air-cooled chillers. The latter is less expensive, however it is less successful for grow tents larger than 44. Our hands-on advise, on the other hand, would be to use water-based chillers. These devices are equipped with a water reservoir to keep the water contained and an evaporating mechanism to reduce the temperature of the surrounding environment. On a related point, these devices have another function, which is to maintain a high level of humidity. As you have seen previously, low humidity can be a contributing factor to the heating of grow tents. And with a water-based chiller, this possibility is well within the acceptable range. However, in the best-case situation, we recommend that you use a decent humidifier to deal with any humidity issues that may arise. Water Base Chillers that We Recommend

If you feel that ac units are too pricey for the amount of indoor gardening you do, there is a finer and more cheap alternative available. And it’s referred to as the water chillers. Water chillers are electric devices that absorb wet vapors while leaving the cold and cooled vapors behind. There are two types of chillers: water-cooled chillers and air-cooled chillers. The latter is less expensive, however it is less successful for grow tents that are larger than 44. Our hands-on advise, on the other hand, is to use water-based chillers.

On a side note, these devices have another function, which is to maintain a high level of humidity.

And, with a water-based chiller, this possibility is well within the acceptable range.

Water Base Chillers That We Recommend

Way 5: Use An Ice Box

If you discover that ac units are prohibitively pricey for the amount of indoor gardening you do, there is a finer and more economical alternative available. And they are referred to as water chillers. Chillers for water are electric devices that absorb wet vapors while leaving the cold and cooled ones in their wake. There are two types of chillers: water-cooled chillers and air-cooled chillers. Water-cooled chillers are more common. Despite the fact that the latter is less expensive, it is less effective for grow tents larger than 44.

These devices are equipped with a water reservoir to keep the water contained and an evaporating mechanism to reduce the temperature of the surrounding environment.

As you have seen previously, insufficient humidity is one of the probable causes of the heating of grow tents.

However, in the best-case situation, we recommend that you use a decent humidifier to deal with any humidity issues you may be experiencing.

Closing Words

Hey, we’ve reached the end of the road. Pat yourself on the back because you’ve just finished writing a 2000+ word post about how to cool a grow tent using a variety of methods. As a last recommendation, consider the location of your grow tent and the solutions on the list to see which one is the most appropriate.

If it is necessary to make a financial investment, do not be afraid to do so. Because, in the end, it will reward you with a handful of robust, quantitative crops, which will be well worth your time. Let’s keep our hopes up for the time being. Best of luck with your growth!

Leave a Comment

Your email address will not be published. Required fields are marked *