1. The competition of flowering greenhouses in the north and south: How to optimize greenhouse equipment in different regions?
As a high-value-added flower crop, Phalaenopsis has extremely high requirements for environmental conditions in its flowering process. Due to differences in climatic conditions, the configuration of greenhouse equipment in different regions is also different. The south is warm and humid, and the north is cold and dry. How to optimize the greenhouse equipment configuration of flowering plastic tunnel greenhouse in accordance with local conditions has become the focus of industry attention.
2. Efficient flowering: Phalaenopsis greenhouse equipment configuration guide under different climatic conditions
In the south, such as Guangdong and Fujian, the climate is warm, and the plastic tunnel greenhouse is mainly faced with high temperature and high humidity. Therefore, greenhouse equipment ventilation system and sunshade system are particularly critical, and adjustable top windows and side windows are required to enhance air circulation. At the same time, greenhouse equipment wet curtain fan cooling system and automatic spray system are also widely used to maintain appropriate air humidity and prevent diseases.
In the north, such as Shandong and Liaoning, low temperature in winter is the main challenge. The plastic green house for inducing flowers here needs to be equipped with high-efficiency insulation materials, such as double-layer inflatable plastic green house or glass greenhouse structures, and use floor heating or heaters to maintain the temperature. In addition, due to the dry air, a refined humidification system, such as an ultrasonic humidifier, is also essential.
3. Energy saving and intelligence in parallel: How can Phalaenopsis inducing plastic green house in various places achieve precise control?
With the development of agricultural technology, intelligent plastic green house technology is helping to achieve precise control of inducing plastic tunnel greenhouse. For example, the plastic green house equipment automated environmental control system can monitor temperature, humidity, light and other data in real time, and automatically adjust the corresponding greenhouse equipment. In the south, the intelligent shading and automatic ventilation systems can effectively regulate temperature and humidity; in the north, the intelligent heating and humidification systems ensure stable temperature, so that Phalaenopsis can smoothly enter the inducing stage. In addition, the LED supplementary lighting system plays an important role in the winter with insufficient light, helping Phalaenopsis to obtain sufficient photosynthesis.
4. From South China to Northeast China: How do Phalaenopsis greenhouses in different regions cope with climate challenges?
In the face of climatic conditions in different regions, the plastic tunnel greenhouse structure also needs to be adapted to local conditions. For example, in South China, the use of light steel frame plastic green house can effectively reduce construction costs while maintaining good ventilation and light transmission; while in Northeast China, double-layer glass greenhouses or PC board greenhouses are more heat-insulating and can effectively resist severe cold climates.
In addition, the south has a lot of rain, which requires a higher drainage system, while the north needs to pay attention to the impact of winter snow on the plastic tunnel greenhouse structure. When building plastic green house for inducing flowers, producers in various regions must comprehensively consider climate, energy costs and operational needs to create an efficient and stable inducing environment.
5. New Trends in Smart Greenhouses: The Path to Upgrading Phalaenopsis Flowering Technology under Regional Differences
In recent years, the development of Internet of Things technology has allowed Phalaenopsis inducing plastic green house to enter the stage of intelligent management. Whether in the south or the north, remote monitoring systems, automatic control technologies, etc. have been gradually applied to plastic tunnel greenhouse production. For example, intelligent climate control systems can provide personalized plastic green house control solutions for different regions through big data analysis.
In the future, with the advancement of energy-saving and environmental protection concepts, new greenhouse equipment such as solar heating systems and waste heat recovery technologies may be widely used in inducing plastic tunnel greenhouse. How to use scientific and technological means to reduce energy consumption and improve inducing efficiency will become an important direction for the development of the industry.
No matter whether you are in the south or the north, only by rationally configuring greenhouse equipment and combining it with intelligent management can you create the best flowering environment for Phalaenopsis, improve production efficiency, and promote the sustainable development of the flower industry
