Small greenhouse
Compact climate zones with fan, vent, and basic heating or cooling coordination.
View application →PKY Climate Control System
Smart climate automation system for greenhouses and agricultural facilities.
Climate control logic
Flexible equipment management
Sensor integration
Electrical cabinet integration
Remote monitoring capability
Complete Climate Automation Architecture
PKY Climate Controller is the automation logic layer. It works with electrical control cabinets to manage agricultural climate equipment — sensors feed decisions, cabinets execute power switching, and field devices deliver ventilation, cooling, and heating.
How Modern Agricultural Facilities Are Coordinated
Stable crop environments require coordinated management — not isolated timers for each fan or pump. PKYDrip designs climate automation as a complete system: sensing, logic, electrical execution, and equipment control working together.
- Ventilation — exhaust fans and circulation fans
- Cooling — cooling pumps and cooling systems
- Heating — heating equipment for seasonal and night control
- Environmental monitoring — temperature, humidity, CO₂, light, and related sensors
PKY Climate Controller — Logic Layer
The controller runs climate logic, schedules, automation rules, and alarm management. It does not replace the electrical control cabinet for high-power motor switching. Logic commands go to cabinet-level relays, contactors, and motor protection, which then drive climate equipment.
- Logic control and automation rules
- Scheduling for daily and seasonal operation
- Alarm management for abnormal conditions
- Coordination with electrical control cabinets
Flexible Equipment Control for Reliable Agricultural Operations
PKY Climate Control System is not only an ON/OFF controller. It provides flexible automation logic so agricultural equipment can operate safely, efficiently, and according to actual facility requirements. Modern agricultural facilities often include many motors and electrical devices — a traditional approach may start all equipment simultaneously, which can create high startup current, electrical stress, higher electrical system requirements, and increased operating risk.
- Operate large equipment sets with structured control strategies
- Reduce simultaneous motor startup impact
- Match equipment operation to real climate and production needs
- Help farms run complex agricultural equipment reliably
Sequential Startup
Large numbers of fans, pumps, and motors can be started step-by-step with adjustable delays — Equipment Group 1, then a delay, then Equipment Group 2, then further groups as required.
- Reduce simultaneous motor startup impact
- Improve electrical system reliability
- Reduce unnecessary equipment oversizing
Individual and Group Control
PKY supports flexible equipment organization so devices can run alone, as a group, or as part of a climate zone — according to actual requirements.
- Individual device control — for example Fan 1
- Equipment group control — for example Fan Group 1
- Climate zone control — for example Greenhouse Zone 1
Flexible Expansion
Agricultural facilities often expand over time. PKY Climate Control System can grow with the farm instead of requiring a complete replacement.
- Additional equipment groups
- Additional sensors
- New climate zones
- Future automation upgrades
Integration Capability
Climate automation integrates with the sensors, cabinets, and monitoring layers already used in agricultural projects.
- Environmental sensors for temperature, humidity, CO₂, light, and pressure
- RS485 Modbus devices for field and panel integration
- Electrical control cabinets for relay, contactor, and motor protection
- PKY Cloud platform for remote visibility when specified
- Remote monitoring of status, alarms, and operating history
Flexible Equipment Control Structure
Climate automation logic organizes equipment into controllable groups. The controller coordinates how groups start and run; cabinets and field devices execute the plan for fans, pumps, and cooling systems.
- Controller applies schedules, delays, and group logic
- Equipment groups can start sequentially with adjustable delays
- Fans, pumps, and cooling systems follow the coordinated plan
Climate ControllerEquipment GroupsFans / Pumps / Cooling Systems
Flexible System Expansion Across Facility Types
The same climate automation architecture can be adapted for different agricultural environments — configured for facility scale and equipment layout.
Commercial greenhouse
Multi-zone production houses with coordinated ventilation, cooling, and monitoring.
View application →
Livestock buildings
Ventilation and environmental control for agricultural housing facilities.
View application →
Mushroom & specialty facilities
Stable humidity and airflow logic for controlled cultivation rooms and other agricultural buildings.
View application →Related System Modules
Climate Controller
Automation logic layer for schedules, rules, and climate coordination with electrical cabinets.
View module →PKYDrip designs agricultural climate automation as a complete system — environmental sensors, climate control logic, flexible equipment management, electrical cabinet execution, and climate equipment working as one coordinated infrastructure for greenhouses and agricultural facilities.
Request a Climate Automation Recommendation
Share your facility type, crop or use case, climate zones, fan/cooling/heating layout, and whether an electrical control cabinet already exists. PKYDrip can recommend a suitable climate automation structure before device selection.
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