1 Pump + Multiple Irrigation Zones
Coordinate pump start/stop and valve sequencing for multi-zone irrigation.
Smart Farm Control Platform Solution
Control pumps, valves, fertigation, sensors and field devices from a modular local-first system.
Solution Structure
One modular system for pump control, valve control, irrigation scheduling, fertigation, wireless field devices, and future cloud monitoring.
Pump Control
Start/stop pumps, support pump delay logic, emergency stop, and alarm handling.
Valve Control
Manage 8, 16, 32, or more valves with manual, timer, and irrigation plan modes.
Sequential Irrigation
Execute valves one by one according to group and sequence settings instead of opening all valves at the same time.
Fertigation Integration
Support EC/pH control, dosing control, and future recipe-based fertigation management.
Wireless Field Control
Connect LoRa valve controllers and sensor nodes for large farms and retrofit projects.
Android HMI
Available for project-based customization as a touchscreen interface for irrigation plans, valve groups, logs, and future recipe management.
MQTT / Cloud Ready
Support MQTT and cloud-assisted monitoring while keeping local control independent.
Problems We Solve
Farm and greenhouse automation projects often begin with several practical problems across pumps, valves, fertigation, wiring, and monitoring.
- Manual pump and valve operation
- Difficult irrigation scheduling
- Unclear field valve status
- Separate fertigation and irrigation control
- Long-distance valve wiring problems
- No operation records
- Limited remote monitoring
Local-First Control
The controller layer should continue running irrigation and fertigation logic locally. MQTT and cloud tools are used for monitoring, backup, and management when the network is available.
- Local pump and valve logic
- Local HMI operation for field teams
- Cloud-assisted monitoring without cloud dependency
System Workflow
A typical sequential irrigation process keeps pump and valve operation coordinated while recording operation status.
User sets irrigation planController opens selected valvePump starts after valve delayValve runs for configured durationSystem closes valveNext valve startsOperation log is recordedCloud receives status if network is available
Product Modules
PKYDrip modules can be selected according to project size, crop type, number of valves, fertigation needs, and communication requirements.
PKY-FG30 / FG40 EC/pH and Fertigation Controller
Fertigation and EC/pH control for project-based systems.
View module →PKY LoRa Gateway
Gateway layer for wireless field valve and sensor devices.
Sensor Modules
Flow, pressure, tank level, soil, and environment sensor options.
Android HMI / Farm Manager Interface
Developing touchscreen and local farm management interface for project-based customization.
Typical Use Cases
Greenhouse Irrigation and Fertigation
Combine irrigation schedules with fertigation, EC/pH control, and local operation records.
Learn more →Orchard Valve Group Control
Group valves by orchard block, crop area, or irrigation sequence.
Solar Pump + Storage + Irrigation
Connect pump, storage, and downstream irrigation control into one project structure.
LoRa Remote Valve Control
Use LoRa field devices when wiring valves over long distance is difficult.
Learn more →Irrigation System Upgrade
Upgrade without rebuilding all pipelines when the existing hydraulic structure can still be used.
Learn more →PKYDrip provides modular irrigation automation solutions for farms, greenhouses, orchards and irrigation retrofit projects. The system supports pump control, sequential valve control, fertigation, LoRa field devices, Android HMI and MQTT-ready cloud integration.