In line with the demands; After examining the geographical situation of the installation site, the current meteorological factors (precipitation amount, wind direction and speed, daily and hourly distribution of humidity rates, the highest of the day and the lowest temperatures of the night, the annual, monthly, daily and hourly distributions of the normal air temperature) are examined. The greenhouse heating system that will provide the highest and best efficiency is determined. All systems are designed and implemented by our own engineers.

Efficient fuel consumption by projecting according to climatic conditions in accordance with the project. Thanks to its high combustion efficiency and automated heating boilers, the heat requirement of the growing environment is met in the best way, and operating efficiency is increased with less fuel and labor costs.

• Natural Gas Boiler
• Coal Boiler
• Euro Fuel Boiler

The purpose of the installation of the Thermal Curtain system is to control the environment and temperature in the greenhouse and to provide the light balance according to the shading rate. The curtain to be chosen is designed by taking into account the amount of heat insulation and the control of excess sunlight.

It is a shading system that can be opened and closed outside the top of the greenhouse in order to prevent more sunlight from entering the greenhouse and heating the inside of the greenhouse.

With its cooling systems, it offers the opportunity to produce for longer periods and in higher quantities. The pad system is a system that can cool by being designed according to the conditions of the region with the evaporative method.

In the projecting phase, it will be used according to the capacity of the greenhouse and the types of products to be grown. The number and capacities of circulation fans are determined. Energy saving thanks to low noise level, noiseless operation and low electricity consumption fans are used.

They are systems designed to perform fast and highly efficient heat transfer between two fluids with the same or different properties. Regions with geothermal or waste heat ensure the most efficient use of energy.