Precision Air Conditioning with Constant Temperature And Humidity for Mushroom Houses

Precision Air Conditioning with Constant Temperature And Humidity for Mushroom Houses, including oyster mushrooms, king oyster mushrooms, and enoki mushrooms.

Applying constant temperature and humidity precision air conditioning to mushroom houses (including oyster mushrooms, king oyster mushrooms, and enoki mushrooms) is a core technology and standard feature for modern, factory-based, year-round production of edible fungi.

Precision air conditioning serves the physiological needs of mushrooms.

Life support system: Mushrooms are living organisms, and each stage of their life cycle—mycelial growth, primordium formation (fruiting), and fruiting body expansion—has distinct and extremely sensitive temperature and humidity requirements. Precision air conditioning provides the stable environment necessary for these life processes.

Managing mushrooms' internal loads: Mushrooms' respiration and transpiration generate significant heat and humidity loads, which conventional air conditioners cannot stably and accurately offset.

Decoupled control: The key to precision air conditioning lies in the independent control of "temperature" and "humidity." This allows for independent dehumidification without changing the temperature, or heating without reducing humidity, something conventional air conditioners cannot achieve.

A complete precision air conditioning system for a mushroom house typically integrates the following components:

Refrigeration system: Provides cooling, lowers the temperature, and performs basic dehumidification through condensation. Heating System: (Electric heating/hot water coil) provides heat when temperature increases are needed (such as during the mycelium recovery period).

Humidification System: (High-pressure mist/steam) quickly raises humidity to over 95% to meet mushroom production requirements.

Dehumidification System: (Rotary dehumidifier) is one of the most critical components. It provides powerful dehumidification when not in use, addressing the problem of excessive humidity caused by insufficient ventilation in high CO₂ environments.

Ventilation System: (Fresh air/Return air/Exhaust valves) introduces fresh air (oxygen), removes exhaust gas, and precisely controls CO₂ concentrations.

Automation Controller: The brain. It receives sensor data, coordinates the operation of all components, and automatically operates according to the preset growth curve.