Cooling Devices For Vertical Farm

1. Optimize the gas environment

The exhaust forms a negative pressure, efficiently discharges excess CO₂, ethylene and other waste gases, introduces fresh air to supplement oxygen, and links sensors with fertilizer-adding equipment to accurately control CO₂ concentration, adapt to crop photosynthesis and respiratory needs, and avoid gas abnormalities affecting growth.

2. Cooling and dehumidification to prevent diseases

Cooperate with water curtains to quickly cool down, and can reduce 5-8℃ in summer and stabilize at the suitable temperature for crops; accelerate air circulation and dehumidification, control humidity at 60%-70%, greatly reduce fungal disease rate (from 30% to below 5%), and reduce pesticide use.

3. Homogenized environment promotes uniform growth

Through air duct circulation, eliminate multi-layer temperature differences (within ±2℃) and CO₂ differences (≤100ppm), dispel local heat and moisture accumulation, avoid abnormal corners and dead corners, reduce plant height differences to within 10%, and ensure consistent crop growth.

1. Efficient cooling

In conjunction with the negative pressure fan, the air evaporates and absorbs heat when passing through the water curtain, cooling down by 5-10℃, balancing the heat generated by the equipment in summer, stabilizing the suitable temperature for crops, and avoiding high temperature inhibiting growth.

2. Humidity regulation

Properly increase the air humidity, alleviate the wilting of leaves caused by dryness, and coordinate with the fan to accurately control humidity and prevent high humidity diseases, adapting to the transpiration needs of crops.

3. Purify the air

The water curtain material filters dust and microorganisms, purifies the fresh air entering the farm, reduces the risk of pollutant attachment and disease transmission, and ensures the quality of crops.

4. Energy saving and consumption reduction

The energy consumption is only 1/5-1/3 of that of air conditioning, relying on natural evaporation to cool down, greatly reducing electricity consumption, and adapting to large-scale planting and long-term low-cost operation.

1. Precise temperature control to meet the needs of multi-layer planting

The strong temperature control capability of industrial air conditioners (within ±1°C) can balance the heat generated by multi-layer lights and equipment in vertical farms, avoid the difference between high temperature in the upper layer and low temperature in the lower layer, stabilize the suitable temperature of crops (such as 15-25°C for leafy vegetables), and ensure the efficiency of photosynthesis.

2. Anti-fouling and durable, to cope with high humidity and complex environment

The anti-corrosion coating evaporator + coarse filter design can withstand high humidity, irrigation water vapor and trace dust in the farm, reducing blockage failures; the high-strength body is resistant to vibration, suitable for long-term continuous operation, and reduces maintenance frequency.

3. Intelligent linkage to optimize energy efficiency

Linking environmental sensors and frequency conversion technology to dynamically adjust power according to real-time temperature and humidity; supporting multi-layer partition temperature control to avoid "one-size-fits-all" energy waste, saving 20%-30% energy compared to traditional air conditioners.