2024-12-20
Some common sense about irrigation systems
Irrigation system manufacturers believe that with the continuous development of urban construction, greening construction is becoming increasingly rich and diverse. A single irrigation approach can no longer meet the requirements of modern greening projects. Different terrains require different irrigation schemes. For example, square greening needs to consider the landscape while irrigating, rooftop greening needs to consider wind resistance, and hillside greening needs to consider the permeability rate, etc.
Irrigation system manufacturers believe that the sprinkler design is buried, usually hidden underground, only spraying to the ground when watering; the lawn installation sprinkler top has a rubber cover protection, which will not hurt pedestrians on the lawn; the controller is installed with a valve, the valve well cover has a locking device, only professionals can open it; the irrigation system adds a flow sensor, which can automatically shut down the system when a burst pipe or water leakage occurs; the head is equipped with a safety pressure relief valve, and the main pipe is equipped with inlet and outlet valves to prevent pressure damage to the pipe and extend its service life.
Irrigation system manufacturers believe that irrigation systems with solenoid valves and controllers can automatically time irrigation, saving labor maintenance costs and flexibly controlling irrigation time. It can also use computers to coordinate the management of all irrigation areas, or use the controller installed on site for irrigation operation, or use the mobile phone APP for remote operation. Different dimensional operation combinations make irrigation more flexible and convenient. The system can compile the automatic irrigation operation time according to the on-site needs. The irrigation time can also be handed over to the meteorological station, which automatically generates the irrigation program every day according to the weather conditions. At the same time, temporary water replenishment operations can be carried out on site through the controller or mobile phone APP.
The irrigation system can be equipped with various sensors to monitor the daily meteorological data in real time according to the characteristics of the planted plants, soil conditions, and meteorological conditions, calculate the daily evaporation and transpiration, and directly generate an irrigation plan. The system automatically generates a more scientific and reasonable irrigation time, avoids errors in manual irrigation, and ensures that the plants are supplemented with as much water as they consume.
All regional irrigation controllers are designed to be managed by one computer. The computer can generate historical charts of various meteorological data (temperature, humidity, solar radiation, wind speed, rainfall, etc.), and can also generate a summary table of irrigation water consumption. Managers can refer to this basic data to adjust and optimize the irrigation program to achieve scientific irrigation.
Irrigation system manufacturers believe that the basic forms of landscape irrigation include sprinkler irrigation, drip irrigation, and micro-sprinkler irrigation. Each mode has certain conditions of use. In reality, many landscape green space irrigation does not distinguish the different water requirements of plants and the growth characteristics of plants, but adopts a universal method. The result is that plants with high water requirements do not get enough irrigation, and plants with low water requirements are wasted, failing to achieve the original intention of water-saving irrigation.
Irrigation system manufacturers believe that many irrigation networks are connected to municipal water networks, causing conflicts and water shortages during peak hours of residents' daily water use, and green irrigation water cannot be guaranteed, especially during the peak irrigation season in summer. The automation level of the irrigation system is low, and most irrigation uses manual water intake, which is arbitrary. Situations often occur where no one opens the valve when watering, and no one monitors it after watering. Water leakage in the pipe network and sprinkler damage cannot be found and handled in time, which on the one hand causes plant water shortage, and on the other hand causes continuous water waste.
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