GREENHOUSE SYSTEMS

A greenhouse, cold stove or greenhouse, is a closed and accessible place on foot that is intended for the cultivation of plants, both decorative and horticultural, to protect them from excess cold at certain times of the year. It is usually equipped with a translucent outer cover made of glass or plastic, which allows the control of temperature, humidity and other environmental factors, which is used to favor the development of plants.

Features :

The greenhouse takes advantage of the effect produced by solar radiation that, when passing through glass or translucent plastic, heats the environment and the objects inside; These, in turn, emit infrared radiation, with a wavelength greater than solar, which is why they cannot pass through the glass on their return, and they become trapped and cause the environment to heat up. Emissions from the Sun to the Earth are short-wave, while from the Earth to the outside they are long-wave. Visible radiation can pass through glass, while some infrared cannot.

Glass or plastic works as a selective transmission medium for various spectral frequencies, and its effect consists in trapping energy in the greenhouse, which heats up the indoor environment. It also serves to prevent heat loss through convection. This can be demonstrated by opening a small window near the roof of a greenhouse: the temperature drops considerably. This principle is the basis of the automatic cooling system (self-ventilation).

In the absence of a coating, the absorbed heat would be removed by convective currents and by the emission of infrared radiation (wavelength longer than visible light). The presence of crystals or plastics prevents the transport of the accumulated heat towards the outside by convection and obstructs the exit of a part of the infrared radiation. The net effect is the accumulation of heat and the increase in the temperature of the room. See, in solar greenhouse (technique), a more detailed discussion on a solar greenhouse.

The glasses have very little resistance to the passage of heat by transmission (in fact, for simple glazing, the thermal transmission coefficient is considered zero and only the sum of the surface resistances is taken into account), so that, against what Some believe, having two different temperatures on each side, there are notable transmission losses (the glass has a transmittance of U = 6.4 W / m² · K, even higher if it is in an inclined position with respect to the vertical). The result is that the higher the temperature, the lower the heat retention effect, that is, as the temperature increases, the losses will increase and the performance of the system will decrease.

From past to present

Located in the Marmara region in 1999, our company has proven its quality by producing greenhouses that meet the needs of the region. In 2012, Eguski Sera Systems Steel Construction Construction Agriculture Industry Trade Ltd. Sti. continues its greenhouse production. Adopting the principle of quality and innovation, our company offers a turnkey service to the whole of Turkey and abroad, surpassing its own region.

Quality and Modernity

North Greenhouse; Prepare modern greenhouse projects considering climatic conditions, regional conditions, variety of products and special requests from customers. It targets all of Turkey in the production of soilless agricultural crops, fruits and seedlings. Our company prepares modern greenhouse projects with its unique designs and proven quality products.

Customer happiness

Kuzey Sera was established to implement modern and successful greenhouse projects. Kuzey Sera, who has visibly bridged the gap in the sector over time, continues on his path by constantly raising the bar for success with his operating principle based on customer satisfaction and quality.

Eguski greenhouse,

We have adopted the principle of providing quality and satisfaction to our valued customers across the country. If you want to know the quality of Eguski Sera up close, we invite you to our company for a coffee.