For your plants to be healthy and grow, good ventilation in a greenhouse is crucial to greenhouse maintenance. Although there are many options for ventilation, greenhouse owners can save money and achieve optimal performance by DIY polycarbonate ventilation. You can create a well-ventilated space that encourages air circulation and controls temperature by installing polycarbonate panels.
A strong and lightweight material that is frequently used in building projects is polycarbonate. Because of its adaptability, it is the best option for greenhouse ventilation systems. Installing these panels in strategic locations throughout the greenhouse structure will enable airflow while maintaining weather protection (do-it-yourself polycarbonate ventilation).
The cost-effectiveness of DIY polycarbonate ventilation in comparison to alternative ventilation techniques is one of its main benefits. You can save money on materials and labor by buying polycarbonate panels and doing the installation yourself. Furthermore, polycarbonate panels are durable and impervious to UV ray damage, guaranteeing the long-term efficacy of your ventilation system.
The adaptability of DIY polycarbonate ventilation is another advantage. Polycarbonate panels can be tailored to meet your unique requirements, regardless of the size of your business or hobby greenhouse. You can customize the panels’ size and thickness to maximize insulation and airflow and give your plants the best possible growing environment.
All things considered, DIY polycarbonate ventilation provides greenhouse owners with a cost-effective, effective, and adaptable way to keep ideal growing conditions. You can make sure your plants have the airflow they require to flourish by purchasing a polycarbonate ventilation system, which will result in healthier crops and a more fruitful growing season.
We’ll look at how to build polycarbonate ventilation in a greenhouse on our own in this post. Maintaining a healthy atmosphere for your plants depends on proper ventilation, which lets fresh air flow while avoiding overheating and excessive humidity. Installing polycarbonate panels with movable vents will help you better control temperature and airflow. We’ll go over the supplies needed, detailed instructions, and advice on how to get the most out of your greenhouse ventilation system. You’ll be able to improve plant growth and make sure your greenhouse is a productive place to cultivate with this project.
- Ventilation in the greenhouse can be arranged in 3 ways
- Ventilation functions in a polycarbonate greenhouse
- Forced ventilation solves many problems
- DIY polycarbonate ventilation in a greenhouse: what fan is needed
- The equipment of the ventilation system
- Video on the topic
- Tortured condensate in a greenhouse? A great way to get rid of him!!!
- All the secrets and subtleties of ventilation in the greenhouse
- Automatic ventilation in a greenhouse with your own hands
Ventilation in the greenhouse can be arranged in 3 ways
- Natural. Air exchange in which it is carried out by means of open windows of ventilation holes. For greenhouses whose area does not exceed 10 m2 it will be enough to install 2 windows on different sides and levels. For more overall buildings, the number of ventilation holes should be increased. The windows can be mounted in small and placed in one row at a distance of 1.5 m
- Forced. Air exchange in which is carried out using circulation and exhaust fans. The circulation forced air movement allows you to evenly distribute heat in the room, avoids stagnant processes and prevents the multiplication of harmful microorganisms. For areas of more than 10 m2, two devices are installed in opposite sides. The exhaust fan is installed in order to ensure normal air exchange in the greenhouse
- Combined. Provides for the combination of natural and forced ventilation of the greenhouse.
Ventilation functions in a polycarbonate greenhouse
- Maintaining the necessary humidity and temperature indicators in the summer.
- I ventilation and elimination of humidity in the winter.
- Ensuring the circulation of heat coming from heating devices.
- Creating a unique microclimate.
Forced ventilation solves many problems
Fans are used in a polycarbonate greenhouse to create forced ventilation, which moves air within the enclosed space. Making use of this kind of "ventilation"
- It is possible to eliminate mold and fungal diseases of plants, for example, powdery mildew;
- a unique microclimate is created, necessary for the active growth of plants and their fruiting;
- The required temperature is maintained.
Crucial! If the greenhouse is used during the winter, forced ventilation must be installed. It is impossible to successfully ventilate a room with windows in cold weather without damaging the plants.
DIY polycarbonate ventilation in a greenhouse: what fan is needed
- A device that can be used in particularly wet rooms, because moisture indicators in a special room are offset. A great option is SM 30, SM 35
- Optimal productivity. With a volume of air in a 10 m3 greenhouse, a device can be required that can process 200 m3/hour of air
- With the presence of a thermostat and a moisture sensor, which works in automatic mode. Such devices will allow you to carefully monitor the indicators inside the structure
Counseling! By installing a fan with a power regulator, you can adjust the air exchange speed, which helps you have less control over maintaining the greenhouse’s microclimate.
You can set the greenhouse’s ventilation system to produce a temperature between 25 and 35 degrees, which is ideal for cultural growth. For small greenhouses, you should avoid buying overly powerful equipment because it can produce a real hurricane in a small enclosed area.
The equipment of the ventilation system
The most popular method is greenhouses ventilated jointly. It has complete natural ventilation as well as multiple fans. Doors and the lobes incorporated into the roof are used to ensure it. For a 10 m2 or larger polycarbonate structure, two to four windows positioned across from one another in the walls or roof.
Counseling! Install the windows at various heights. Direct drafts will be avoided, which is crucial for onions.
Larger greenhouses must have a ventilation system set up with more ventilation holes at a rate of one window for every two millimeters of length. Windows that have an automated system controlling their opening and closing can help with physical labor by providing ventilation. Two fans placed at different angles or close to the heating components are used to set up the greenhouse’s circulation system.
An exhaust fan can be installed in the greenhouse using do-it-yourself ventilation. It is mounted on a metal section on the roof. An exhaust fan is mounted in a fragma above the door of small greenhouses.
Crucial! It is strictly forbidden to install an exhaust fan directly on polycarbonate as this will cause mechanical damage to the material and cause the greenhouse to lose its tightness.
| Materials Needed: | Procedure: |
| Polycarbonate sheets | 1. Measure and mark the area on the greenhouse where you want to install the ventilation. |
| Drill | 2. Cut the polycarbonate sheets to fit the dimensions of the marked area using a saw or utility knife. |
| Screws | 3. Use a drill to create holes along the edges of the polycarbonate sheets for ventilation. |
| Sealant | 4. Place the cut polycarbonate sheets over the ventilation area and secure them in place with screws. |
| Hinges | 5. Apply sealant around the edges of the sheets to prevent air leakage. |
| Latches | 6. Attach hinges to one side of the polycarbonate sheets to allow for easy opening and closing. |
| 7. Install latches on the opposite side to keep the ventilation securely closed when not in use. |
An easy and affordable way to control temperature and ventilation in a greenhouse is to install DIY polycarbonate ventilation. You can provide your plants with a comfortable environment and encourage healthy growth by installing vents made of polycarbonate panels.
Polycarbonate’s durability is one of the main advantages of using it for greenhouse ventilation. In contrast to conventional materials like wood or glass, polycarbonate is very strong and lightweight, which helps to prevent breakage and weather damage. This guarantees that your ventilation system will endure the weather for many years to come.
Moreover, polycarbonate serves as a superb insulator, assisting in the preservation of constant temperatures within the greenhouse. Keeping plants warm is essential to their health during the winter months, which is when this insulating quality becomes most significant. You can efficiently trap heat with polycarbonate ventilation while maintaining sufficient airflow.
The adaptability of homemade polycarbonate ventilation is another benefit. Panels made of polycarbonate are easily shaped and cut to fit any kind or size of greenhouse. Your ventilation system can be tailored to your unique requirements, regardless of the size of your greenhouse—whether it’s a small hobby greenhouse or a larger commercial operation.
Polycarbonate ventilation has aesthetic advantages in addition to its practical ones. The greenhouse is made bright and welcoming for plants and gardeners alike thanks to the translucent panels that let in natural light. Your greenhouse will look better overall and photosynthesis will be encouraged by this natural lighting.
To sum up, DIY polycarbonate ventilation is a great way to keep your greenhouse at ideal conditions. Polycarbonate provides all the necessary elements to establish a thriving and healthy environment for your plants, thanks to its resilience, adaptability, and visual appeal.
