Greenhouses are commonly made in glasses with sufficient heating circulation inside mainly used for the required amount of temperature for plant growth and development. If you have a greenhouse, you will be able to determine how fast it can be heated, especially during the summer season, and even in winter, it works as well.
This is how greenhouse is designed and functions to increase solar gains. The sun is a primary source of heat energy, and just in a few hours, your greenhouse gains high temperature. The most important thing you should be given importance is that among the easiest and reliable means of reducing too much temperature is to install the electric window openers in your greenhouses.
Electric Motor Vent Opener
Automatic vent opener has two essential types: the first type is called electric motor vent opener, and the second type is known for the wax charged cylinder.
The electric greenhouse vent opener is also known for another term name electric window actuator is a technology powered by electricity and controllable by using remote control.
It automatically opens up the window in the morning and closes again in the evening without using manually props. The electric motor vent opener has an external temperature sensor or detector that is very important to determine the heat temperature when it reaches a preset level.
They need power source supply since you are using batteries, solar equipment, or wire power to make the motor powered. If the electric vent opener would not open or close, there is something that went wrong from your power source supply.
Therefore, you should have deep knowledge and technical skills on how to use and implement this type of automatic vent opener in your greenhouse.
Why do we need to Install Electric Openers in Greenhouses?
Greenhouses are designed to capture heat energy, but what should we do to avoid excess heat when the weather is too hot. To minimize its effect when the heat rises is to make sure that your greenhouse roof must have appropriately vents to at least help reduce of hotness and be able to escape the heat as possible.
Here are a few importance of installing electric openers in your greenhouse.
- It helps to regulate temperature for proper photosynthesis
- It prevents from pest infestation
- It ensures the pollination
Advantages of Electric Motor Vent Openers
Though the greenhouse has its function to capture heat temperature, it should only be moderate to keep the plant healthy and robust. Keeping them at the right temperature is indeed important for their survival. One of the most used nowadays in the greenhouse is the electric motor vent opener.
Here are some advantages will help you decide to use an electric motor greenhouse vent opener.
- Ensure the right temperature year-round.
- A long pole or ladder to open the vents is unnecessary
- A manual way to prop the vents open is no longer use anymore
- Adjustable vent openers when greenhouse temperatures arise
- Open automatically during the day and at night when the temperature decreases
- Beneficial for plants to keep them protected from high temperatures.
- It will stay closed automatically when the weather is a cloudy day that doesn’t give sufficient heat to warm up your greenhouse.
- It will stay still open at night when the temperature doesn’t go down
Usage and Cost
- The electric motor vent openers are quite expensive. It requires you to purchase some additional equipment since it is powered by electricity, temperature detector or sensor, and wirings, but later on, you will be able to realize and save utility cost and money.
- To properly implement this type of vent opener, it is strongly recommended that you should consult first to expertise for proper guidance and implementation of electric motor vent opener in your greenhouse.
In establishing a greenhouse, you will need a huge amount of money to implement it properly. Though it is given that it absorbs even too much heat, it should be monitored to ensure the right temperature is circulating within the greenhouse. The electric motor vent opener is designed to reduce the heat temperature and be able to maintain the required temperature for the healthy and robust growth and development of the plants.
