A climate controlled greenhouse is a greenhouse where temperature, humidity, CO₂ levels, light and ventilation are actively managed using integrated systems. This creates stable growing conditions throughout the year, regardless of outside weather. For growers in the USA, this means higher yields, better crop quality and more predictable production.

 VB integrates heating, cooling, ventilation, shading, lighting and climate automation systems into one coherent design. Depending on the crop and location, this may include high-efficiency heating, evaporative cooling, mechanical ventilation, energy screens and advanced climate computers. All systems are engineered to work together for optimal performance and energy efficiency.

Yes. Climate controlled greenhouses are specifically designed to perform in a wide range of US climate zones, from hot and dry regions to cold or humid areas. VB tailors each greenhouse design to local conditions such as temperature extremes, solar radiation, wind load and energy availability, ensuring reliable year-round production anywhere in the United States.

Modern climate controlled greenhouses are significantly more energy-efficient than traditional greenhouse structures. By combining smart climate control, insulation solutions and efficient energy systems, energy use can be reduced while maintaining optimal growing conditions. VB focuses on minimizing energy losses and maximizing control, which helps growers lower operational costs and improve sustainability.

Climate controlled greenhouses are ideal for high-value and climate-sensitive crops such as tomatoes, cucumbers, peppers, leafy greens, berries and ornamental plants. These crops benefit from precise control of temperature, humidity and light, resulting in consistent quality, higher yields and improved plant health throughout the year.

Modern greenhouse climate control relies on a wide range of sensors: temperature and humidity sensors, CO₂ sensors, radiation sensors (PAR light and solar intensity), substrate sensors (moisture, EC, and pH), and pressure and flow sensors in irrigation systems. These inputs are managed by advanced climate control software, often linked to cloud-based platforms, so growers can analyze data, forecast trends, and optimize settings both locally and remotely.

Temperature is managed by the climate computer through the combination of heating, cooling, ventilation, and screening. With temperature control, VB helps American companies optimize the growth of crops: heated greenhouses create ideal conditions for delicate plants regardless of sunny or cloudy days, while cooling prevents heat stress when temperatures exceed the ideal range for plant health.

All greenhouse installations work together in harmony, avoiding conflicts such as heating and cooling at the same time. The system can even prioritize strategies, for example providing more LED light while closing screens to retain heat. This integration ensures maximum efficiency and energy savings, while creating the ideal environment for crops.