Camellia Oleifera like warm, afraid of cold, the annual average temperature of 16 ~ 18℃, the average temperature of the flowering period is 12 ~ 13℃. Sudden cold temperatures or late frosts can cause falling flowers and fruit. It is required to have sufficient sunlight, otherwise it will only grow branches and leaves, resulting in less results and low oil content. It requires sufficient moisture, but continuous rainfall during flowering affects pollination. It is required to be in a gentle slope, and it is suitable for growing in loose, moist, good permeability, strong water retention, deep and fertile acidic red or red yellow soil. Camellia Oleifera needs sufficient fertilizer to achieve high and stable yield. According to the nutrient condition of the soil and the growth results of camellia oleifera, different kinds of fertilizers should be applied in different periods. Suitable Temperature
Camellia Oleifera gardens are mostly hills and mountains, due to the existence of the drop, resulting in different pressures in the pipeline network between the mountain and the mountain (small pressure on the mountain, large pressure at the mountain), resulting in different water output from the irrigator, and the amount of water and fertilizer absorbed by each plant of Camellia Oleifera is also different. Resulting in inconsistent growth of Camellia Oleifera, influence yield and fruit quality.
For parks with relatively messy plant spacing, pressure compensation dripper is recommended for Camellia Oleifera drip irrigation to ensure balanced pressure in different plots, so as to ensure that each Camellia Oleifera plant absorbs the same amount of water and fertilizer, so as to ensure uniform growth and controllable quality of Camellia Oleifera. It has the advantages of drought resistance and low cost.
Sensing System
Head System
Pipe Network
Four-emotion System
The head hub of the irrigation system includes components such as pure water treatment system, filtration facilities, fertilization equipment, control equipment, safety protection and measurement facilities. Its function is to extract water from the water source for pressurization, add fertilizers or pesticides, purify it, and undertake the tasks of pressurization, water supply (fertilizers, pesticides), filtration, measurement, and regulation of the entire irrigation system
The head hub of the irrigation system includes components such as pure water treatment system, filtration facilities, fertilization equipment, control equipment, safety protection and measurement facilities. Its function is to extract water from the water source for pressurization, add fertilizers or pesticides, purify it, and undertake the tasks of pressurization, water supply (fertilizers, pesticides), filtration, measurement, and regulation of the entire irrigation system
The head hub of the irrigation system includes components such as pure water treatment system, filtration facilities, fertilization equipment, control equipment, safety protection and measurement facilities. Its function is to extract water from the water source for pressurization, add fertilizers or pesticides, purify it, and undertake the tasks of pressurization, water supply (fertilizers, pesticides), filtration, measurement, and regulation of the entire irrigation system
The head hub of the irrigation system includes components such as pure water treatment system, filtration facilities, fertilization equipment, control equipment, safety protection and measurement facilities. Its function is to extract water from the water source for pressurization, add fertilizers or pesticides, purify it, and undertake the tasks of pressurization, water supply (fertilizers, pesticides), filtration, measurement, and regulation of the entire irrigation system
Location: Jiangxi Province Fuzhou Hongxing Reclamation Farm
Time: 2018
Project Brief: Since its inception, the base has invested 160 million yuan, built 3,000 acres of high-standard farmland, introduced kiwifruit tissue culture and rapid breeding factories under the Chinese Academy of Sciences into the base, and built a full traceability system. Automatic integrated water and fertilizer system (hanging drip irrigation and sprinkler irrigation) was built by Agrist.
We use cookies to personalise content and ads, to provide social media features and toanalyse our traffic. We also share information about your use of our site with our socialmedia, advertising and analytics partners who may combine it with other information thatyou've provided to them or that they've collected from your use of their services.