HIsurp Farm Air Conditioner, an advanced air conditioner designed specifically for farm cultivation can help regulate the temperature and humidity levels within the growing environment. These air conditioners not only provide cooling during hot weather but also dehumidify the air, ensuring that the growing area remains dry and comfortable for the plants.
The basic principle of container vegetable planting system: simulate short-cycle climate change in a closed container to
establish the environmental conditions such as light, temperature, water, air, and fertilizer required for the entire
growth cycle of plants. Hisurp’s Farm Air Conditioner is customized for it.
Hisurp's "Farm Air Conditioner" can intelligently control temperature, humidity, airflow speed, and cleanliness
according to the plant growth cycle. It is unaffected by the external natural environment, is suitable for any extreme
climate region, and can play a role in a variety of scenarios, providing uninterrupted vegetable supply for harsh and
special environments, greatly improving the level of logistical support.
Application
The Farm Air Conditioner is widely used in:
Mobile plant factories: Vertical agriculture projects that cultivate high-tech lettuce, strawberries, and other crops
inside shipping containers. Specialty crop cultivation: Cultivation of crops in special environments (such as oceanographic or scientific expedition
environments) or for high-value edible fungi (such as intelligent modular mushroom houses).
Features
High adaptability and high energy efficiency
Adaptable to extreme outdoor conditions, specifically designed for plant factories, with a high energy efficiency ratio
(up to 3.0 or higher).
Intelligent temperature and humidity control
Combining dual temperature and humidity control with 4G communication technology, Farm Air Conditioner collects
parameters in real time to achieve automated control, meeting the heat load generated by high humidity and strong
sunlight.
Customized air supply modes
Provides space layouts suitable for vertical container planting, such as top and side three-dimensional air supply,
ensuring uniform temperature inside the container, suitable for rapid plant growth.
Energy-saving design
Includes energy-saving technologies such as condensate recovery and high-efficiency heat exchangers.
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