Heating System
Heating System
TURNED designs greenhouse heating systems based on long-term meteorological data and regional climate conditions, ensuring the most suitable solution for each project.
Maintaining a homogeneous climate and stable temperature distribution is essential for efficient production. Balanced heat distribution plays a critical role in plant growth and product quality. Therefore, all systems are designed with an optimal balance between quality, cost, and energy efficiency.
With its experienced technical team, TURNED delivers turnkey greenhouse heating systems and boiler room installations.
Heating methods:
- Natural gas heating
- Solid fuel heating
- Fuel oil heating
- Geothermal heating
- Electric heating
System components include:
- Pre-insulated underground pipelines
- Gutter heating
- Floor heating (Pipe Rail)
- Plant heating
- Roof heating
- Boiler systems (natural gas, solid fuel, electric)
- Burners
- Condensers
- Heat exchangers
- Nitrogen systems
- Transport pumps
- Greenhouse pump groups
- Heat storage tanks (buffer tanks)
- Boiler room
CO₂ System
Increasing CO₂ levels has a direct positive impact on plant growth and crop quality. Research and long-term experience show that controlled CO₂ enrichment significantly improves productivity.
Advantages of CO₂ systems:
- Enhances vegetative growth
- Reduces the risk of fungal and bacterial diseases
- Improves fruit coloration
- Enhances flavor and quality
- Increases lycopene content
TURNED supplies CO₂ to the greenhouse using dosing units connected to condensers installed on boiler systems. For systems without condensers, complete liquid CO₂ solutions are designed and installed as turnkey projects.
Heating System Frequently Asked Questions About
The heating system is designed based on climate data, greenhouse size, crop type, and available energy sources. The goal is to provide the most efficient and cost-effective solution for each project.
Energy efficiency is optimized through proper system design, high-quality equipment, and uniform heat distribution. Insulation and appropriate heating techniques also help reduce energy costs.
CO₂ systems enhance photosynthesis, accelerating plant growth and increasing yield. Controlled CO₂ enrichment leads to higher productivity and better crop quality.
Increased CO₂ levels improve fruit coloration, enhance flavor, and boost nutritional value, resulting in higher-quality produce.