Citrus is one of the fruits of the tropics and the first zone, which is widely loved for its sweet taste and rich nutrition. However, maintaining the high quality of citrus production is not an easy task. Citrus production faces many challenges, including climate change, pest control, production costs, and more. Among them, climate change has the most obvious impact on citrus production, and uneven rainfall and too high or too low humidity will have a negative impact on the growth and development of citrus, resulting in reduced yield and quality, which is the number one challenge facing citrus cultivation.
The remote fog cannon machine is a high-tech micro-meteorological control equipment, which sprays water mist into the air at high speed through ultrasonic and aerodynamic principles to form tiny water mist particles, so as to effectively improve the micro-climate environment in the orchard. It uses physical principles to achieve atomization, and the water mist particles can float in the air, quickly settle the microorganisms, germs, dust and other harmful substances in the air in the orchard, improve air quality, and reduce the possibility of pests and diseases.
The remote fog cannon machine has obvious application advantages in citrus production, first of all, it can cover a large range of orchards, and can achieve remote control, which greatly saves manpower and material costs;Secondly, the atomized water mist particles can cover the surface of the plant, forming a thin layer of water film, effectively blocking the evaporation of water, maintaining the air humidity in the orchard, and improving the drought resistance of the plantIn addition, the remote fog cannon machine can effectively reduce the temperature in the orchard, improve the quality of the fruit, and make it more sweet and juicy.
In citrus production, the technical points of the remote fog cannon machine mainly include spray uniformity, atomization particle size, spray range and water input. Through the precise control system, it ensures that the spray uniformity and the size of the atomized particles are appropriate to achieve the best atomization effect. In addition, according to the actual needs and the characteristics of the orchard, the working range and water input of the remote fog cannon machine are reasonably adjusted to achieve the best control effect.
The effectiveness of the long-range fog cannon machine in citrus production requires a systematic evaluation. The evaluation indicators include changes in temperature and humidity in the orchard, fruit quality and yield improvement. Through data collection and comparative analysis, the effect of the remote fog cannon can be objectively evaluated, and its working parameters can be optimized and adjusted to further improve production efficiency.