Anhui Showy Agricultural Irrigation Technology Co., Ltd. delivers enterprise-grade Remote control panel solutions engineered specifically for modern agricultural water management. Our solar-powered control systems feature wireless operation capabilities within a 1-5 km range, supporting GPRS and LoRa communication protocols. With DC operating voltage of 9-24V and battery capacities ranging from 9-40Ah, these panels eliminate external grid dependency. The systems achieve ±1mm gate stroke accuracy and support automated control based on real-time hydrological data, enabling precision water distribution across 34,000 square meters of manufacturing facilities with annual output capacity of 1,800 irrigation systems.

Traditional irrigation management requires constant field presence and manual valve adjustments. Our panel technology transforms this operational model entirely.
You gain complete command over water gates without physical site visits. The top-mounted solar panels continuously harvest light energy, ensuring uninterrupted power supply even in remote agricultural zones where grid access remains impractical.
The wireless remote capability allows you to adjust gate positions from mobile devices or central control rooms. This saves labor costs while enabling rapid response to changing weather conditions or crop water requirements.

| Component | Smart Paddy Field Inlet Valve | Smart Paddy Field Drainage Valve |
|---|---|---|
| Valve Dimensions | Energy Dissipation Barrel: Ø350×1250mm | Valve Body: 300×400×1200mm |
| Pipe/Gate Size | DN50-125 | Max Body: 1200mm |
| Operating Voltage | 9-24V DC | 9-24V DC |
| Battery Capacity | 9-20Ah, 12V | 15-40Ah |
| Solar Panel Power | 20-30W | 30-90W |
| Gate Stroke Accuracy | N/A | ±1mm |
| Gate Lift Height | N/A | 300-1000mm |
| Control Methods | Manual, Remote Start, Scheduled | Manual, Remote Start, Scheduled |
| Communication | Wireless Remote, GPRS, LoRa (1-5km range) | Wireless Remote, GPRS, LoRa (1-5km range) |
Intelligent Automation Features
The control architecture operates on preset parameters including water levels, flow rates, and scheduling triggers. Your Remote control panel continuously monitors field conditions through IoT connectivity.
When water levels reach programmed thresholds, the system automatically adjusts gate positions without human intervention. This intelligent response mechanism prevents both under-irrigation and water wastage.
Real-time data transmission keeps you informed of valve status, battery levels, and operational alerts. You can track multiple field zones simultaneously through centralized dashboards, making large-scale farm management practical and efficient.

Our fertigation-compatible design enhances the panel's utility beyond basic water control. The platform supports both local touchscreen operation and mobile app management.
High-grade stainless steel pressure pumps deliver reliable performance across varying flow rates and pressure conditions. The fully enclosed, dust and water-resistant housing meets IP65+ protection standards for agricultural environments.
You can integrate various soluble or liquid fertilizers through the smart head control system. This unified approach combines pump control, filtration, and nutrient injection in one coordinated operation managed through your Remote control panel.
Our team provides on-site installation assistance and technical guidance throughout deployment. We ensure proper solar panel orientation, wireless signal optimization, and system calibration.
The modular design simplifies maintenance procedures. You can access internal components quickly when battery replacement or calibration becomes necessary, minimizing system downtime.
Customizable configurations accommodate different valve sizes and field layouts. Whether you manage 300mm or 1200mm gate systems, we adapt the control parameters to your specific infrastructure.

Q: What communication range can I expect in typical agricultural settings?
A: The wireless control system operates effectively within 1–5 km depending on terrain and protocol selection. LoRa provides extended range with lower power consumption, while GPRS offers broader coverage through cellular networks.
Q: How long do the solar batteries maintain operation during cloudy periods?
A: Battery capacities of 9–40Ah provide 3–7 days of continuous operation without sunlight, depending on valve actuation frequency and communication activity levels.
Q: Can I integrate the panel with existing irrigation infrastructure?
A: Yes, our systems support DN50–125 pipe diameters and customizable valve body dimensions. We provide technical consultation to ensure compatibility with your current setup.
Q: What happens if wireless connection is lost during operation?
A: The system includes fail-safe protocols that maintain the last commanded valve position until connectivity restores, preventing unintended field flooding or irrigation interruption.
Q: Is the control system compatible with different fertilizer types?
A: The fertigation module accommodates various soluble powders and liquid concentrates, with adjustable injection rates controlled through the same remote control panel interface.
Ready to upgrade your irrigation management with intelligent control technology? Reach out to our technical team at kevin@showyirrigation.com for detailed specifications and system design consultation.
Get a tailored irrigation solution for your project — our engineering team is ready to support you from design to installation.