1.Temperature control of greenhouse floral planting environment:
- Temperature regulation:
- Flowers have strict temperature requirements at different growth stages. Chillers can cool greenhouses in summer to prevent flowers from growing poorly and wilting due to high temperatures. For example, when the temperature in the greenhouse is too high in summer, the chiller cools the water through the refrigeration system and then transports the low-temperature chilled water to equipment such as heat dissipation pipes or fan coil units in the greenhouse to absorb the heat in the greenhouse and thus reduce the temperature, creating a suitable growth environment for flowers. Generally, the temperature can be controlled within the range suitable for flower growth. For example, the suitable growth temperature of common flowers is around 20°C – 30°C. Chillers can help maintain this temperature range stably.
- Auxiliary humidity control:
- In some dry environments or climatic conditions, while cooling, the chiller will cause water vapor in the air to condense when it encounters cold, thus increasing air humidity to a certain extent. This is very important for some flower varieties with high humidity requirements and helps maintain the water balance of flowers and promote their healthy growth.
2.Temperature control of floral nutrient solution:
In soilless cultivation, the temperature of the nutrient solution is crucial for the growth of flowers. Chillers can precisely control the temperature of the nutrient solution and keep it within the range suitable for absorption by flower roots, generally 18°C – 20°C. For example, when the temperature of the nutrient solution is too high in summer, the chiller can quickly reduce the temperature of the nutrient solution and improve the absorption efficiency of flowers for nutrients. In winter, it can avoid damage to flower roots caused by too low temperature of the nutrient solution.
3.Flower purification and processing:
In the process of flower purification and processing, temperature control of the extract is required. Chillers can provide a stable low-temperature environment to ensure the smooth progress of the purification process and can better control the temperature of the extract to ensure the purification effect and product quality.
4.Flower storage and preservation:
In the process of flower storage and transportation, temperature control is the key to maintaining flower quality. Chillers can provide refrigeration support for flower cold storages or refrigeration equipment, prolong the freshness period of flowers, and reduce the loss of flowers during storage and transportation. For example, in the refrigerated cabinets of flower shops or the cold storages of flower wholesale markets, chillers are often used to maintain a low-temperature environment to ensure the freshness and quality of flowers.
