Irrigation Water Meter for Farmland

Product Features

4G real-time communication, China Mobile network

The protection level reaches IP68, dustproof and can be immersed in water for a long time

Adopting ultra-low power circuit design to reduce energy consumption

Equipped with rechargeable lithium batteries, supplemented by solar charging

Data is stored on cloud platforms for easy management and querying

Upload the current water pressure parameters and each consumption flow (including user UID, device ID, water consumption, water usage duration, and start and end time)

Support statistical queries on total water usage, total water usage duration, and total consumption amount

Support card loss reporting, unbinding, and card replacement operations

Automatically close valve when low voltage, automatically end order

Application scenarios

1. Installation is scattered, with the installation distance of instruments ranging from a few hundred meters to several kilometers, using 4G wireless communication
2. Install one water meter at a water intake, which can be used by multiple users by swiping their cards or scanning the QR code. Older users can use the card, while younger users can use their mobile phones to scan the code and use water (they can remotely open the valve to irrigate the land without going to the fields)
3. The water quality is worse than tap water, and impurities, stones, etc. are inevitable in the water. Ultrasonic measurement method has good fluid permeability and will not damage the impeller of the water meter due to impurities, resulting in problems such as non measurement and non deduction of fees
4. The installation environment for measuring instruments is humid, and in the fields, the measuring facilities must be waterproof and moisture-proof
5. The basic water demand of users is for use during droughts and low rainfall, and it has randomness. Therefore, meters need real-time communication to ensure that users can use water, open and close valves immediately
6. To connect with the smart water management platform, it is necessary to have a complete API interface to ensure that each user’s water usage record can be connected to the large platform in the later stage. The water resources department can analyze and calculate the water usage of each user based on their water usage
7. Considering the high frequency of on-off valves, smart water meters for agricultural irrigation should have a leak detection function and report it to the platform to avoid unnecessary losses to the management department caused by valve problems in the later stage.
8. The user card should support reporting lost balance, and the account balance should support the user’s backend refund window. The fund path is not allowed to pass through third parties to ensure fund security