Solar indoor farming constant temperature system

Is vertical indoor farming sustainable?

The energy-intensive nature and high carbon footprints of the industry 26, 27 make it difficult for CEA, especially vertical indoor farming, to be sustainable. Energy associated with artificial lighting, temperature control, and ventilation accounts for about 25% of the operating costs of large vertical farms in the United States.

Do you need an HVAC system for your indoor farm?

To create the optimal growing conditions for your indoor farm, you need a well-designed HVAC system. One that allows you to control temperature, humidity, CO 2 levels and airflow within the growing environment, while still meeting the highest standards for energy efficiency.

What determines the cooling and heating capacity of a vertical farm?

The cooling and the heating capacity of a vertical farm is determined by the heat load – meaning the heat and humidity that needs to be removed to maintain the desired temperature and humidity. The heat load forms an important foundation for the HVAC system requirements for your vertical indoor farm or controlled environment agriculture project.

How does HVAC affect indoor farming?

The lights and the plants contribute the most to the heat loads in indoor farming. Traditional commercial HVAC contractors often underestimate the impact of heat load from the plants, which can result in an under-dimensioned HVAC system that doesn’t meet the farm’s requirements.