Intelligent Integrated Pumping Station For High-Standard Farmland Irrigation

As a core piece of water conservancy equipment for high-standard farmlands, this intelligent integrated irrigation pumping station is engineered around four core pillars: water-saving efficiency, smart operation and maintenance, weather resistance and durability, and combined irrigation and drainage. Fully compliant with the requirements of Design Standard for High-Standard Farmland and Code for Design of Pumping Stations, it is well-suited for diverse scenarios including paddy fields, dry croplands, and saline-alkali lands. It ensures the irrigation guarantee rate meets specified standards, laying a solid water conservancy foundation for stable grain production.

I. Core Advantages: Creating a New Model for Farmland Irrigation

1. Integrated Prefabricated Design: Swift Deployment with Minimal Labor & Time

Featuring a modular integrated structure, core components such as pump units and control systems are prefabricated and debugged in the factory. After on-site hoisting and pipeline connection, trial operation can be initiated within 2–7 days. This cuts the construction period by 90% compared to traditional pumping stations, with a footprint of ≤ 6 square meters. Ideal for scattered farmland layouts, it significantly lowers construction costs and complexity.

2. Smart Precision Control: Dual Achievements in Water and Energy Saving

Equipped with an IoT + AI control system, it gathers real-time data through a variety of sensors and intelligently adjusts pump speed via variable frequency and constant pressure technology. This reduces energy consumption by 15%–30% when compared to conventional pumping stations. It supports cloud-based control, mobile APP operation, and IC card activation, with automatic metering functionality. Even during network outages, it can run offline to ensure uninterrupted irrigation.

3. Wear-Resistant & Rugged Materials: Adapted to Complex Farmland Environments

To tackle challenges like turbid irrigation water, saline-alkali corrosion, and extreme temperature fluctuations in farmlands, the pump body is made of ductile iron coated with silicon carbide, while the impeller uses stainless steel with a polyurethane coating for enhanced corrosion and wear resistance. The cylinder is constructed from FRP or HMPP materials, enabling stable operation within a temperature range of -20℃ to 45℃ and a service life of over 20 years. It is perfectly suited for saline-alkali and frozen soil areas.

4. Combined Irrigation & Drainage: Ready for Extreme Weather Challenges

It integrates both irrigation and drainage functions seamlessly: in dry seasons, it pumps water to meet the needs of sprinkler and drip irrigation systems; in flood seasons, multiple pumps operate in parallel to handle once-in-a-decade heavy rains, draining water rapidly to protect crops. Equipped with emergency power supplies and standby pump units, it automatically switches to backups in case of malfunctions, ensuring water conservancy safety.

5. Core Technical Specifications: Robust Strength for Efficient Operation & Maintenance

Power Core: Adopts the 6th-generation high-efficiency double-suction/axial flow pump designed for turbid water. Optimized through CFD fluid dynamics simulation, it boosts pump sump efficiency by 27%. With a flow rate ranging from 0–1000 m³/h, the lift can be customized according to specific requirements.

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