Heating & distribution
Heat exchangers, hot-water circuits, pump sets and heat distribution arrangements.
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04 / GREENHOUSE CLIMATE SYSTEMS
The right climate for production.
Energy matched to the resource.
A greenhouse climate approach that considers temperature, humidity, air movement and heat supply together.
°C / RHBİOPAC / SYSTEM APPROACH
Greenhouse Climate Systems
Designed around the resource.
Scoped around the objective.
Greenhouse performance depends on managing the balance between crop needs and external conditions. Heating, ventilation, cooling and automation are designed around the crop, greenhouse geometry and local climate data.
Commercial production greenhousesHeat integration with biogas plantsUpgrading existing greenhouse climate systems
A balanced climate for production
Greenhouse concept integrating heat distribution, air movement and climate control.
THE PROCESS
How does the system work?
01
Climate & crop assessment
Defining site climate, production calendar, crop and target indoor conditions.
02
Load calculations
Assessing heating and cooling requirements together with the greenhouse structure.
03
System integration
Matching heat distribution, ventilation, humidity and control equipment.
04
Monitoring & adjustment
Tracking climate conditions through sensor data and adjusting control scenarios.
SYSTEM SCOPE
Engineering components
considered together.
Equipment and process options are selected according to project inputs and target outputs.
Ventilation & cooling
Natural/mechanical ventilation and climate-appropriate cooling options.
Humidity & air movement
Indoor air circulation, humidity monitoring and crop-specific management.
Climate automation
Control based on temperature, relative humidity and outdoor conditions; screen integration where appropriate.
THE STARTING POINT FOR DESIGN
What data does your project need?
| Greenhouse structure | Area, height, covering and heat loss characteristics |
|---|---|
| Production | Crop, cultivation method and seasonal schedule |
| Climate | Outdoor temperature, humidity, wind and solar exposure |
| Heat source | Available heat output, temperature level and seasonal availability |
Energy requirements and growing conditions are determined using crop and local climate data.
FREQUENTLY ASKED QUESTIONS
Key points before making a decision.
Can biogas plant heat be used in a greenhouse?
Available heat quantity and temperature are matched with seasonal greenhouse demand. Heat exchangers, distance, distribution losses and backup heating are assessed.
Can raw biogas or untreated exhaust be supplied to a greenhouse?
Greenhouse CO₂ use requires a separate gas quality and safety assessment. Direct use of raw biogas or untreated exhaust is not part of this design approach.
Further reading: FAO · Greenhouse climate control ↗
Let’s discuss your greenhouse climate project.
Share your available data so we can define system boundaries and scope together.