Commercial PC Interconnected Greenhouse Irrigation System 1

Commercial PC Interconnected Greenhouse Irrigation System 2

Commercial PC Interconnected Greenhouse Irrigation System 3

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Commercial PC Interconnected Greenhouse Irrigation System

The Commercial PC Interconnected Greenhouse Irrigation System is a PC-based, networked automation platform that centrally controls irrigation and fertigation across multiple commercial greenhouses using sensors, pumps, valves and schedules. It provides real-time monitoring, precision water and nutrient dosing, automated schedules, remote access, data logging and alarm alerts. Selling points: scalable multi-greenhouse control that cuts water and labor costs, improves crop uniformity and yields, reduces waste with precise dosing, easy integration with existing setups, and robust hardware/software for reliable 24/7 operation.

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Ventilation system

Manual and Electric

Bay Width

Span Width

9.6m 10.8m 12m

Packing

Safe Packing

Covering

PC Sheet Cover Greenhouse

Frame material

Glavanized Steel Materials

Height

4.5-8m

Cooling system

Cooling Fan System

Instruction for use

With installation manual and installation video.

Commercial Modular Precision Irrigation

The Commercial PC Interconnected Greenhouse Irrigation System delivers precise, water-saving irrigation for your Multi span Polycarbonate greenhouse, engineered for 6–10m spans and customizable lengths (30/50/60m) and heights to maximize crop yield. Packaged with durable, modular components in an arched frame style and high-quality polycarbonate panels, it resists 0.6 kN/m2 wind and 0.5 kN/m2 snow loads while ensuring optimal light transmission and drainage for up to 140mm/h rain. As a factory-supplied solution, we offer free samples (freight excluded), tailored system planning based on local climate and crop, and professional after-sales engineers with installation manuals and drawings to ensure fast, reliable setup.

Commercial Intelligent Networked Irrigation

The Multi span Polycarbonate greenhouse is a commercial-grade, interconnected PC structure engineered for efficient irrigation and large-scale cultivation, offering modular spans of 6m/8m/10m and customizable lengths (30/50/60m or per project) with shoulder heights of 1.5–1.8m and roof height up to 3.5m. Its core attributes—high-transmission polycarbonate panels, robust galvanized framing and rated wind (0.6 KN/m2) and snow (0.5 KN/m2) loads—combine with extended value features like integrated irrigation compatibility, 140mm/h rain tolerance and a scalable multi-span layout to maximize water-use efficiency and crop protection. Functionally it supports automated irrigation and climate management, is factory-manufactured for consistent quality and competitive pricing, and includes planning drawings, installation manuals and after-sales engineering support for straightforward assembly and site-specific adaptation.

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The Multi span Polycarbonate greenhouse is a high-quality agricultural structure available in 6 m, 8 m and 10 m spans with customizable lengths (30/50/60 m or bespoke) and adjustable shoulder and roof heights to suit your site. Built to withstand 0.6 kN/m2 wind load, 0.5 kN/m2 snow load and up to 140 mm/h rain, it is manufactured in our factory with competitive pricing and free samples (freight excluded). Professional after-sales engineers provide planning drawings, installation manuals and system selection advice based on local temperature and wind conditions to ensure straightforward assembly and optimal crop performance.

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Automated, Efficient, Connected, Scalable

Born from years of greenhouse engineering and sustainable agriculture research, our Commercial PC Interconnected Greenhouse Irrigation System was developed by a trusted agricultural technology brand to deliver scalable solutions for growers working in Multi span Polycarbonate greenhouse installations. It automates precise water and nutrient delivery across connected bays, integrates climate and soil sensors for real-time control, and cuts labor and water use while improving crop uniformity. Features include modular manifold networks, programmable dosing pumps, remote monitoring and analytics, robust corrosion-resistant materials and easy retrofit compatibility; advantages are scalable installation, higher yields, lower operating costs, consistent crop quality and reliable year-round performance.

Material introduction

The Commercial PC Interconnected Greenhouse Irrigation System is built as a Multi span Polycarbonate greenhouse using UV‑stabilized polycarbonate panels for high light transmission and impact resistance, mounted on a hot‑dip galvanized steel frame with stainless steel fasteners and corrosion‑resistant connectors. Reinforced profiles and customizable spans (6m/8m/10m), lengths and heights are engineered to withstand wind loads of 0.6 kN/m2, snow loads of 0.5 kN/m2 and heavy rainfall up to 140 mm/h, ensuring long‑term structural reliability for commercial agriculture. Integrated irrigation runs on durable PVC/HDPE piping with corrosion‑resistant fittings, and all components are factory‑produced with quality control plus installation drawings and after‑sales engineering support.

◎ Multi-span Polycarbonate Panels

◎ Corrosion-resistant Structural Frame

◎ Commercial PC Irrigation System Materials

FAQ

What is a Commercial PC Interconnected Greenhouse Irrigation System and how is it used?

It is a networked irrigation and fertigation control solution designed for commercial greenhouses. A central PC or server runs management software that communicates with distributed controllers, valves, pumps, sensors and dosing units over Ethernet/Wi‑Fi or fieldbus. Users create irrigation schedules, set sensor-based triggers, monitor real‑time status, and automate fertigation routines to deliver precise water and nutrient dosing across multiple zones.

How do I apply this system across multiple greenhouse zones or buildings?

Divide the greenhouse estate into irrigation zones by crop type, substrate, or microclimate. Deploy local controllers and valve manifolds per zone that are linked to the central PC. Configure individual schedules, sensor thresholds (soil moisture, EC, pH, temperature, humidity), and flow monitoring for each zone. The PC coordinates simultaneous or staggered runs, sequences pumps and dosing units to avoid pressure drops, and logs data for each zone to optimize water and nutrient distribution.

Can this system integrate sensors and fertigation equipment for precision application?

Yes. Typical integrations include soil moisture probes, EC/pH sensors, weather stations, flow meters, and nutrient dosing pumps. The PC software uses real‑time sensor input to trigger irrigation events or adjust nutrient recipes automatically (closed‑loop control). This enables fertigation by crop stage, reduces overwatering, and maintains optimal EC/pH levels for higher yield and uniform quality.

What are common application scenarios and crop types where this system is most beneficial?

Ideal for commercial tomato, cucumber, pepper, lettuce, herb and ornamental nurseries, multi-span greenhouses, vertical greenhouses, and research facilities. Scenarios include large single-greenhouse operations with multiple bench levels, multi-greenhouse farms requiring coordinated water distribution, remote sites needing centralized monitoring, and multi-crop facilities where separate irrigation regimes are essential.

How do I set up PC interconnection and enable remote monitoring/control?

Install the greenhouse management software on a local PC or server, network the field controllers via Ethernet/Wi‑Fi/Modbus/RS485 depending on hardware, and map each device to zone profiles. Set user accounts and permissions, configure alarms and notifications (email/SMS), and enable remote access via VPN or cloud gateway if supported. Ensure firewall rules and secure credentials to protect against unauthorized access.

What maintenance, troubleshooting and backup practices should I follow to ensure reliable operation?

Regular tasks: inspect valves and filters weekly, calibrate sensors and dosing pumps monthly, check flow meters and pressure lines for leaks, and update software/firmware when available. Keep a power backup (UPS) for the central PC and critical pumps. Troubleshooting: review logs on the PC for alarm timestamps, test manual override on controllers, and isolate sensors to identify faults. Maintain a spare parts kit (valves, fuses, sensor probes) and document configurations and firmware versions for quick recovery.

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