Anhui Showy Agricultural Irrigation Technology Co., Ltd. introduces the Yuan-Power Smart Agriculture Management Platform, an advanced digital ecosystem engineered for modern precision agriculture. This platform, which is based on the Cloud-Edge-Terminal architecture, allows multi-protocol communication, such as LoRaWAN, NB-IoT, and 5G connectivity, and provides millisecond-level data processing. You have total control over your agricultural activities thanks to IP67/IP68-rated gear that operates dependably in temperatures ranging from -40°C to +85°C and soil moisture sensors that achieve ±2% accuracy. With ISO 9001 accreditation and national water-saving technology recognition, our 34,000-square-meter manufacturing facility guaranties top-notch quality.

Your complete farming ecosystem is consolidated into a single intelligent management hub by the platform. Crop development patterns, equipment performance, and real-time environmental conditions can all be tracked at the same time.
Disjointed information sources are eliminated by digital consolidation. All vital production data is sent into dashboards that may be customized to facilitate prompt decision-making. This connection improves productivity in all of your sectors while lowering operational complexity.
Remote management capabilities extend to center pivot and linear irrigation systems throughout your operation. The Yuan-Power Smart Agriculture Management Platform enables parameter adjustments, schedule programming, and fault diagnostics from any location.
When there are abnormalities in the system, you are immediately notified. Water usage patterns can be optimized with the help of historical irrigation data. Manual, remote, and scheduled are three versatile operation modes that adjust to your preferred workflow.
Accurate navigation is ensured by GPS/BDS dual-mode positioning. Up to 60 variable-rate irrigation plans that are suited to certain field zones can be setup to maximize water-fertilizer effectiveness and reduce waste.
Sensor networks monitor temperature, humidity, soil moisture, and other critical factors continually. Automated control systems that modify greenhouse ventilation, shade, and CO2 enrichment based on crop physiological models are fed this data.
Early pest detection and variable-rate fertilization over thousands of hectares are made possible for large-scale operations by satellite remote sensing and multispectral drone integration. No matter the size of your field, you can precisely control your growing conditions.
When there are disruptions in connectivity, edge computing capabilities continue to work. Until the network is restored, local gateways run automated irrigation schedules and cache data.

| Component | Parameters |
|---|---|
| Communication Protocols | GPRS, LoRa, NB-IoT, 5G, ZigBee |
| Transmission Range | 1-5 km wireless coverage |
| Hardware Rating | IP67/IP68 waterproof/dustproof |
| Operating Temperature | -40°C to +85°C |
| Sensor Accuracy | Soil moisture ±2% |
| Power Supply | Solar 20-90W panels, 9-24V DC |
| Battery Lifespan | 5+ years on field devices |
| Control Accuracy | Gate stroke ±1mm precision |
| Data Security | AES-256 encryption standard |
| Display Interface | 10-inch anti-glare LCD |
Using digital asset management modules, track and deploy tools, pumps, and tractors. Scheduling conflicts and maintenance errors are avoided using equipment status visibility.
Standard industrial protocols like MQTT and Modbus are supported via open API architecture. You may safeguard your capital investments by easily integrating current machinery without having to replace functional equipment.
Remote self-diagnostics and over-the-air firmware updates minimize on-site technical visits. For employes without specialized training, the GIS-based visualization interface streamlines operations and dramatically reduces the learning curve.
From planting to harvest, full-cycle monitoring records each step of growth. Visual agricultural activity charts allow you to immediately detect bottlenecks by displaying progress at a glance.
Traceability of historical data creates standards for ongoing development. Analyze yield factors, compare seasonal performance, and improve procedures based on factual data rather than conjecture.
Complex information is presented intuitively in multi-dimensional data displays. The quality assurance and regulatory compliance initiatives necessary for premium market access are supported by this transparency.
Q: How does the platform handle data privacy?
A: Bank-grade encryption and private cloud deployment options ensure your agricultural data remains exclusively yours. All information transfers use secure protocols meeting international standards.
Q: What happens if internet connection is lost?
A: Edge computing maintains automated operations. Local gateways continue executing irrigation schedules and cache data until connectivity restores, preventing disruption to critical functions.
Q: Can it integrate with existing machinery?
A: Yes. Open APIs and support for Modbus, MQTT protocols enable seamless connection with third-party equipment, preserving your current infrastructure investments.
Q: Is the software interface difficult for non-technical staff?
A: No. The GIS-based visualization and mobile app accessibility provide intuitive operation. One-click reporting simplifies routine tasks for users at all technical skill levels.
Q: How is hardware maintained?
A: Remote diagnostics and OTA firmware updates minimize on-site visits. Self-sufficient solar power eliminates grid dependency, ensuring reliable operation in remote locations.

Ready to elevate your farm's efficiency? Leverage the Yuan-Power Smart Agriculture Management Platform for optimized farm operations. Reach out to our team at kevin@showyirrigation.com to obtain customized solutions built around your operation’s unique requirements.
Get a tailored irrigation solution for your project — our engineering team is ready to support you from design to installation.