2026-06-22
Commercial Gothic Film Greenhouse Supplier for Turkey Farm
Turkish Gothic Greenhouse Project for Hydroponic Strawberries & Leafy Greens
1. Project Overview
This project is a commercial Gothic greenhouse complex built in Central Turkey, designed for year-round continuous hydroponic cultivation of strawberries and high-value vegetables. Tailored to the country’s extreme seasonal temperature swings, it supplies supermarket chains, agricultural exporters and European fresh produce markets.
- Project Location: Central Region of Turkey
- Greenhouse Type: Single-span Turkish Gothic Greenhouse
- Total Area: 14,500 m²
- Main Crops: Hydroponic strawberries, spinach, lettuce, mini bell peppers
- Operation Model: Mixed commercial production for domestic consumption and export
- Annual Production Target: 750–1,000 tons of high-value fresh produce
2. Local Climate Conditions
Central Turkey features a continental climate with distinct four seasons that severely restrict open-field farming:
- Cold winters: Minimum temperatures ranging from -15°C to -22°C, frequent heavy snowfall with significant snow load
- Hot dry summers: Daytime peaks exceeding 36°C, intense solar radiation and prolonged droughts
- Severe day-night temperature fluctuations in spring and autumn
- Seasonal gales with high wind load
- Natural outdoor growing season limited to 5–6 months
- Clay soil with poor drainage and moderate salinity in flat areas
- Open-field cultivation suffers from low yields, seasonal pest outbreaks and discontinuous supply
3. Customer Requirements
The client is a Turkish agro-export investment group requiring a greenhouse system adapted to continental temperature extremes:
- Sustain stable year-round production free from natural seasonal limitations
- Withstand heavy snow and wind loads typical of Central Turkey
- Cut energy expenditure on winter heating and summer cooling
- Deploy a hydroponic system with precise nutrient control for strawberry cultivation
- Hit an annual target yield of 50–65 kg/m²
- Guarantee uniform crop quality to meet European export standards
- Integrate automation to reduce reliance on agricultural labor
4. Engineering Challenges
The harsh continental climate brought several core technical obstacles:
- High thermal insulation demand to survive freezing winters and mitigate summer heat buildup
- Risk of massive snow accumulation on greenhouse roofing
- Balancing energy consumption between winter heating and summer cooling simultaneously
- Precise humidity control to prevent fungal diseases in strawberry crops
- Structural stability against strong seasonal wind gusts
- Efficient water management amid summer droughts
5. Technical Solution Provided by Cangzhou Zheyang Agricultural Technology
After analyzing local meteorological data and strawberry growing demands, Cangzhou Zheyang Agricultural Technology developed a fully customized integrated solution for Turkish Gothic greenhouses, combining reinforced structures, high-efficiency climate control and precision hydroponic technology. Standard generic configurations were discarded; all subsystems are coordinated to deliver stable year-round operation, energy savings and consistent produce quality under severe continental conditions.
5.1 Structural System
- Hot-dip galvanized steel frame with zinc coating ≥275 g/m² for anti-corrosion performance
- Steep Gothic roof design optimized for natural snow sliding
- Reinforced columns and trusses engineered for heavy snow and wind load resistance
- Design service life: 16–20 years
5.2 Covering System
- 0.20 mm anti-UV, anti-drip diffused PO film
- Light transmittance: 86%–90%
- Anti-condensation treatment to avoid water droplets falling onto fruits
- Formulation optimized for thermal insulation in continental climates
5.3 Climate Control System
Full automatic integrated environmental management platform customized for extreme temperature differences:
- Heating system: Hot water pipe heating connected to industrial boilers
- Ventilation: Automatically operated roof vents and side wall vents
- Summer cooling: Circulation fans + evaporative wet pad system
- Shading system: Double-layer internal thermal screen
- CO₂ enrichment: Regulated release to boost strawberry photosynthesis
5.4 Hydroponic System
- Drip irrigation integrated with automatic fertigation unit
- Real-time EC & pH monitoring and adjustment of nutrient solution
- Closed-loop water recycling circuit with filtration unit
- Elevated growing gutters with adjustable spacing for strawberry plants
- Planting density: 3.0–3.5 plants/m²
5.5 Automation System
- Centralized touchscreen greenhouse control platform
- Real-time sensors monitoring temperature, humidity, CO₂ and light intensity
- Automatic irrigation scheduling preset by crop growth stages
- Alarm system triggered by extreme environmental parameter deviations
6. Post-Operation Project Performance
Upon installation and commissioning, the greenhouse achieved all expected commercial indicators:
- Average crop yield increased by 40%–52% compared with traditional soil farming
- 12-month continuous harvest realized, eliminating seasonal production limits
- Water consumption reduced by 40% via closed hydroponic recycling system
- Labor efficiency improved through full automation integration
- Uniform strawberry quality complies with European export specifications
- Estimated investment payback period: 3.8–5 years based on export market prices
7. Energy Efficiency Results
Thanks to the Turkey continental climate optimized design:
- Winter heating energy consumption cut by 22%–32% versus conventional Gothic greenhouses
- Thermal screens drastically reduce nighttime heat loss in winter
- Optimized covering insulation lowers workload for boilers and summer cooling equipment
8. Customer Feedback
The client highly recognizes the construction quality and system integration capacity of the company: “This Gothic greenhouse performs exceptionally well through Central Turkey’s freezing winters and scorching summers. The climate control system runs stably, and the hydroponic setup allows us to maintain consistent strawberry quality for export markets. Cangzhou Zheyang Agricultural Technology delivered a highly professional engineering solution tailored to our local climate.”
9. Project Value Summary
This project demonstrates Cangzhou Zheyang Agricultural Technology’s capability to develop high-performance greenhouse solutions for extreme continental climates, especially large-scale commercial hydroponic farming. Beyond structural design and subsystem integration, the project highlights Zheyang Agricultural Technology’s strength in providing end-to-end turnkey greenhouse services: customized climate engineering design, standardized component manufacturing, international logistics coordination, overseas on-site installation guidance and local technical training. The integrated greenhouse system combines structural durability, energy conservation and smart agricultural technology, delivering stable high-yield production under Central Turkey’s harsh temperature swings. As a long-term after-sales commitment, Cangzhou Zheyang Agricultural Technology continues to provide remote technical consultation, seasonal system optimization suggestions and global spare parts supply to sustain stable greenhouse operation and support future expansion of growing areas.
FAQ – Commercial Turkish Gothic Greenhouse Project
1. Can Gothic greenhouses operate in continental climates with cold winters and hot summers like Central Turkey?
Yes. With climate-specific engineering design, Gothic greenhouses can operate efficiently in continental regions featuring freezing winters and hot summers. Core configurations include reinforced steel structures, multi-layer thermal insulation systems, double energy screens, and combined heating & cooling systems that maintain stable growing conditions all year round.
2. How does the greenhouse maintain proper growing temperatures during -20°C winters?
The system adopts a combined solution of hot water pipe heating, industrial boilers, thermal insulation curtains and automatic climate control. These components work together to minimize heat loss and sustain optimal crop growth conditions even under sub-zero extreme temperatures.
3. What advantages does the Gothic design have over other greenhouse models in Turkey?
Its steep roof facilitates natural snow sliding in winter to reduce structural load and improves internal hot air circulation. Meanwhile, its compact frame cuts heating and cooling energy consumption, making it the most cost-effective option for fruit crops such as strawberries in continental zones.
