
Owl
Galvanized body, high-volume ventilation fans mounted on greenhouse walls.
Efficiency in modern greenhouses; It is determined not only by irrigation, fertilization or light amount, but by the correct management of temperature, relative humidity, CO₂ level and VPD values. When the air remains stagnant in closed agricultural structures, the balance of transpiration in plants is disrupted, condensation occurs on the leaf surface, fungal diseases increase and photosynthesis efficiency decreases. Therefore, greenhouse ventilation is not a simple fan application; It is an engineering system that considers plant physiology, microclimate control and energy efficiency together.
NOVVES offers different air management solutions for glass and polycarbonate greenhouses, plastic tunnel greenhouses, smart hydroponic/soilless farming facilities, tropical or cold climate greenhouses, arboriculture and turf production areas. MARLIN, CHICKEN, KOI, OWL, HUMMINGBIRD, REMORA and HOUND product families; It is selected according to the architecture of the greenhouse, climate conditions, product type and automation need and provides homogeneous air circulation, temperature-humidity balance, CO₂ distribution, low-speed air flow above the plant and energy efficient control.
In smart greenhouse applications, data from temperature, humidity, CO₂ and light sensors are evaluated by automation panels; EC motor or frequency controlled fans are operated only at the required flow rate. This approach protects plants from sudden climate fluctuations while reducing energy consumption and creating more stable production conditions throughout the year. NOVVES greenhouse ventilation solutions; It aims to increase yield, reduce disease risks and provide a controlled, sustainable microclimate in agricultural production.

Galvanized body, high-volume ventilation fans mounted on greenhouse walls.

Adiabatic cooling honeycomb systems reducing greenhouse temperature by 8–12°C.

Roof fans for hot air exhaust and fresh air supply on greenhouse rooftops.

Horizontal air circulation fans for homogeneous temperature and humidity distribution inside greenhouses.

Motorized side curtain and roof window systems for controlled fresh air intake.

IoT-based remote monitoring and management with temperature, humidity, CO₂ and light sensors.