PROFESSIONAL SERVICES

Greenhouse Systems

Systems

We establish modern systems for ventilation, heating, cooling, irrigation with professional greenhouse systems, fertilization in greenhouses with soil, root feeding systems and yielding applications in greenhouses without soil, for sprinkling, mineralization and all general greenhouse activities.

Automations

Greenhouse automation installation services with automatic greenhouse efficiency studies and system installations are realized. Our automations can be installed for both hydroponic greenhouses and grounded normal greenhouses. In our modern automation services;

We can group processes such as open field production, greenhouse production, vegetable production, flower production and even mushroom production in closed areas as follows:

  • Greenhouse climate control systems.
  • Irrigation fertilization systems.
  • Energy management systems.
  • Seed drills, irrigation apparatus, spraying apparatus.
  • Classification and classification systems; packaging systems.

– In facilities where water infrastructure is weak, attention should be given to healthy and adequate storage and treatment.

– Even if the electrical installation is done correctly, all of the low current computer control systems should be supplied with clean energy and continuous energy, regardless of the quality of the electrical energy in our country.

– Extensive grounding must be applied in wide-spread installations, especially if the ground water retention property is poor. Although it may seem expensive from the beginning, the damages that these systems will prevent are large.

Irrigation

All the watering we offer covers different gardening and vegetable growing practices around the world. Hydraulic industry can be used to irrigate selected crop crops. Reduces the size of the irrigation system for better cost / material compatibility.

Drip system is the most water-economical irrigation method that feeds the water to the very foot of the plant. This very precise system allows for flush cleaning by differential pressure in the irrigation network.

Hydraulic sectorisation can be used to irrigate certain selected zones of crops. The system allows the size of the irrigation system to be reduced for a better cost/materials compromise. The main goal is effeciency.

Heating

According to the climate data of the last 5 years of your region by TurnkeyGreenhouse.com engineers, the heating system in your greenhouse; snow, wind and humidity in your region by taking into account the current heating source (natural gas, solid fuel, fuel oil, thermal) is calculated by making the most efficient way to make calculations. Turnkey Greenhouse; completes the material production and installation stage with great precision together with the technical teams of the greenhouse heating systems that it is committed to.

Our company, which attaches importance to R & D in the sector and supports R & D with financial support, manufactures some of the materials used in greenhouse heating. It is the only company that has a “Useful Model Application” in its heating console system developed with its innovative approach.

Heating Types

In the greenhouse, our alternative heating types are presented below.

* Rail Heating
* Plant Heating
* Plant Root Heating
* Heat Wall
* Gutter Heating
* Top Heating
* Table Heating
* Underground Heating

Ventilation & Air Conditioning

  • The ventilation system must not create an air breeze on the plants. Air movement should be in the space above the plants. In contrast, adequate air exchange should be ensured at the location of the plants.
  • Fresh air entering the greenhouse must not hit the plants directly.
  • The ventilation element must be intact and be able to close securely. Thus, heat loss is less with air exchange.
  • Aerators must be waterproof.
  • Ventilation should not be affected by storm. The ventilation system must not be opened or closed by external influences.
  • Ventilation openings must be large enough.
  • The ventilation system should not be able to create technical problems in the enterprise and should be able to open and close with a little force.

Number of Air Change

The effect of ventilation in the greenhouse is determined by the number of air changes in the greenhouse. This number of changes is to know how many times the greenhouse air will change in one hour. This number is between 30 – 40 is sufficient for a good ventilation of the greenhouse.

The most important factor in the air exchange rate required for ventilation depends on the difference between the temperature of the air inside and outside the greenhouse as well as the sum of the window areas and their distribution to the greenhouse surfaces.