PKYDRIP Irrigation Demonstration System

Contractor Training & Partner Demonstration Platform

The PKYDRIP Demonstration System is a fully operational irrigation automation platform designed for:

• irrigation contractors
• agricultural system integrators
• project partners
• distributors

Unlike a traditional showroom, this system demonstrates the complete irrigation control architecture in real operation — including wiring, protection logic, sequential irrigation, monitoring, and troubleshooting.

Who this page is for

If you are:

• building irrigation projects and need a stable control architecture
• training technicians and want a hands-on demo system
• evaluating PKYDRIP for regional distribution / cooperation
• looking for a retrofit-friendly automation solution

This page explains what the Demonstration System contains and how we cooperate.

What this system demonstrates

This platform is built to show real engineering behavior, not a “static display”.

You can demonstrate and test:

• sequential irrigation (one valve at a time)
• pump automation and protection logic
• flow / pressure monitoring
• irrigation plans (daily / weekly / multiple cycles)
• alarm logic and troubleshooting workflow
• upgrade path: LoRa / 4G / solar / fertigation

System Architecture

The demonstration system simulates a real irrigation project including:

• water source
• pump system
• pipeline
• sensors
• irrigation controller
• irrigation zones

Sensors installed in the system allow contractors to observe real operational data.

Sequential Irrigation Logic

The PKYDRIP controller runs irrigation zones sequentially.

Example:

Zone 1 → irrigation
Zone 2 → irrigation
Zone 3 → irrigation

Only one valve runs at a time.

This provides:

• stable pressure
• smaller pump requirement
• lower pipeline cost
• reliable irrigation operation

System Functional Blocks

The demonstration platform shows the core automation capabilities of the PKYDRIP system.

Automatic Irrigation

The controller automatically starts irrigation according to preset schedules.

Sequential Valve Irrigation

Multiple irrigation zones are operated sequentially.

Irrigation Scheduling

Supported irrigation plans include:

• daily irrigation
• weekly irrigation
• multiple irrigation cycles per day

System Monitoring

The system displays real-time operational data.

System Status

• controller running status
• irrigation program status

Pump Status

• pump start
• pump stop

Flow Monitoring

• real-time flow rate
• accumulated flow volume

Pressure Monitoring

• pipeline pressure

Valve Status

• valve open
• valve closed

Protection Functions

The platform demonstrates system safety logic.

Over Pressure Protection

The system detects abnormal pipeline pressure and stops irrigation automatically.

Low Flow Protection

Low flow may indicate water shortage or pipeline blockage.

The controller will stop the system to prevent damage.

Core Equipment (BOM)

Wiring Diagram

Typical wiring includes:

• controller to pump relay
• controller to zone valves
• controller to flow sensor
• controller to pressure sensor

Actual wiring should follow controller specifications and local electrical standards.

Demonstration Rack Structure

The demonstration system is usually installed on a compact training rack including:

• irrigation controller panel
• valve manifold
• sensors
• pump unit
• sprinkler demonstration zone
• water return tank

Water is circulated within the system to allow continuous demonstration without water waste.

Expansion Modules

The demonstration system can be expanded to include additional modules.

Wireless Irrigation Control

• LoRa valve controllers
• LoRa pump controllers

Remote Control

• 4G electric valve controllers
• remote irrigation monitoring

Solar Irrigation

• solar powered irrigation pumps
• hybrid solar irrigation systems

Contractor Training

The demonstration system allows contractors to learn:

• controller wiring
• irrigation zone configuration
• irrigation scheduling
• irrigation automation logic
• troubleshooting procedures

Contractors can quickly understand how to deploy irrigation systems using the PKYDRIP platform.

Global Demonstration Program

PKYDRIP plans to deploy demonstration systems in several regions including:

• Australia
• Dubai
• Saudi Arabia

These systems support:

• contractor training
• partner cooperation
• irrigation project demonstrations
• system testing

Cooperation Models

Choose the cooperation mode that matches your business:

A) Contractor Training Kit

You use the rack to train your technicians and demonstrate to customers.

B) Partner Demonstration & Local Projects

We support system design guidance and product selection for local projects, and you handle installation.

C) Regional Cooperation (Distributor / Integrator)

For qualified partners, we can discuss long-term cooperation including product sets, documentation, and localization support.

What we need from you (to respond fast)

To recommend a suitable structure quickly, please share:

• Location / country
• Project type (farm / greenhouse / landscape / municipal)
• Existing system status (new build or retrofit)
• Pump power (HP/kW) or flow & head if known
• Number of irrigation zones (valves)
• Irrigation type (drip / sprinkler / mixed)

Even if you don’t know all details, share what you have — we can guide the rest.

Demo Video (optional)

If you have a demo video link, place it here:

• YouTube: (replace with your link)

Contact

For contractor cooperation, demonstration platform deployment or irrigation project discussions:

WhatsApp
+86 173 9529 7329

Click the WhatsApp button and send the message below.

Message example (copy & paste):

Hi PKYDRIP,

I saw the PKYDRIP Demonstration System page.

We are interested in irrigation automation for a project / cooperation.

Location: Project type: Farm / project size: Pump power (if known): Number of irrigation zones:

Could you suggest a suitable system structure and key modules?