/ Irrigation Power Supply System

Diesel Generator Power Supply System

* Diesel generator power supply system with solar power features top-mounted solar panels absorbing light energy, eliminating external grid electricity and making it suitable for remote areas
* Remote control operation enables operators to manage gate opening and closing via wireless devices, ensuring precise water flow regulation
* Automated control system adjusts gate positions according to preset water levels, flow rates, or other parameters for intelligent water resource management
* IoT technology enables real-time remote monitoring of gate status and hydrological data through network connections
* On-site installation support and technical guidance provided
Product Description

Diesel Generator Power Supply System  Enterprise-Grade Intelligent Diesel Power Solution

Anhui Showy Agricultural Irrigation Technology delivers a professional Diesel Generator Power Supply System engineered for agricultural irrigation reliability in off-grid locations. Our method eliminates reliance on external grid electricity by integrating solar-hybrid technology with top-mounted panels rated at 20–90W. With battery capacity ranging from 9Ah to 40Ah and a low-voltage DC architecture (9–24V), the system ensures steady and safe field performance.

Operators are able to precisely regulate water flow thanks to wireless remote control capability that extends 1–5 kilometers via GPRS and LoRa communication protocols. With a gate stroke accuracy of ±1mm, the automated control reacts to predetermined parameters. Before being deployed, every unit is put thru a rigorous quality assurance process in our 34,000 m² specialized workshop.

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Why Choose Solar-Diesel Hybrid Technology

Traditional grid-dependent systems fail in remote agricultural zones. Our Diesel Generator Power Supply System solves this challenge through intelligent energy management. The solar panels continuously charge onboard batteries during daylight hours, while the diesel backup activates during extended cloudy periods or high-demand operations.

Compared to diesel-only systems, this hybrid technique can save fuel use by as much as 60%. You gain from longer equipment life and reduced operating expenses. Depending on the load needs and battery voltage levels, the system automatically shifts between power sources.

Components are shielded from dust, moisture, and temperature swings typical of field settings by the waterproof casing. During sustained operation, anti-vibration mountings guaranty structural stability.

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Intelligent Control Capabilities

Three modes of operation—manual override, wireless remote control, and scheduled automation—make managing your irrigation system simple. Real-time status data, such as battery voltage, solar panel output, valve position, and water flow rates, are transmitted by the IoT-enabled platform.

A lighted LCD screen on the control panel shows important parameters. The interface allows you to change the gate lift heights between 300 and 1000 mm. When safety thresholds are surpassed, emergency stop functions automatically terminate activities.

You can manage several installations at once with remote monitoring thru a mobile application. Logging historical data aids in the optimization of irrigation plans according to seasonal trends. Alarm alerts notify you of maintenance requirements prior to malfunctions.

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Technical Specifications

Component Smart Inlet Valve Smart Drainage Valve
Energy Dissipation Barrel Ø350×1250mm (Customizable) N/A
Valve/Body Dimensions DN50-125 300×400×1200mm
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, Scheduled Manual, Remote, Scheduled
Communication Range 1-5 km (GPRS/LoRa) 1-5 km (GPRS/LoRa)

Installation and Support Services

Our technical team provides on-site installation guidance and commissioning services. We assess your specific field conditions including soil type, water source location, and crop irrigation requirements. The modular design allows flexible configuration for various agricultural scenarios.

Installation typically completes within 2-3 days for standard configurations. We conduct thorough system testing including load verification, communication range validation, and control responsiveness checks. Training sessions equip your operators with troubleshooting skills and maintenance procedures.

Comprehensive documentation includes wiring diagrams, programming guides, and preventive maintenance schedules. You receive priority access to replacement components from our extensive parts inventory. Our 24-month warranty covers manufacturing defects and component failures under normal operating conditions.

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Quality Assurance Standards

Every Diesel Generator Power Supply System undergoes multi-stage inspection before shipment. Functional testing verifies valve actuation speed, positioning accuracy, and seal integrity. Electrical systems pass insulation resistance tests and voltage regulation assessments.

Solar panel output is measured under standardized lighting conditions. Battery charging circuits are monitored through complete charge-discharge cycles. Communication modules undergo range testing in open-field environments to confirm signal strength.

As a National Intellectual Property Advantageous Enterprise, we apply strict quality control protocols developed through our leadership in drafting industry standards. Our water-saving certification and agricultural machinery awards demonstrate commitment to reliable performance. The First Prize of Agricultural Water-Saving Science and Technology Award recognizes our innovation in intelligent irrigation solutions.

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Frequently Asked Questions

Q: How long can the system operate on battery power alone?

A: Battery runtime depends on valve operation frequency. Under typical irrigation schedules with 6-8 actuation cycles daily, the 20Ah battery sustains operations for 5-7 days without solar charging. The products automatically manages power consumption.

Q: What maintenance does the solar-diesel hybrid require?

A: Clean solar panels monthly to maintain efficiency. Check battery terminals for corrosion every quarter. Diesel engine requires oil changes every 250 hours or annually. Inspect valve seals and lubrication points semi-annually.

Q: Can I integrate this with existing irrigation controllers?

A: Yes, our system supports standard 4-20mA analog inputs and Modbus RTU protocol. You can interface with most agricultural automation platforms. Technical specifications for integration are provided in the installation manual.

Q: What is the communication range in hilly terrain?

A: LoRa technology penetrates obstacles better than standard RF. Expect 1-3 km range in moderate terrain with elevation changes. For distances exceeding 3 km, we recommend signal repeaters included in extended-range packages.

Q: How do I select between inlet and drainage valve configurations?

A: Inlet valves regulate water entry into paddy fields with energy dissipation features. Drainage valves control outlet flow with precise gate positioning. Most installations require both types for complete water management.

Contact Our Irrigation Specialists

Ready to upgrade your irrigation reliability? Our team provides customized Diesel Generator Power Supply System solutions tailored to your agricultural requirements. Contact us at kevin@showyirrigation.com for technical consultation and quotation.

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