Site and needs assessment
Site conditions and available infrastructure are reviewed. Production objectives and operating needs establish the technical brief.
TURNKEY GREENHOUSE PROJECTS
Turnkey Greenhouse Systems
Agrotecta brings greenhouse design, engineering, construction, climate control, heating, irrigation, fertigation, lighting and automation together within a single project.
From assessing the land and production objectives to commissioning the systems, the process is managed by ISITMAX İklimlendirme Sistemleri Sanayi ve Ticaret A.Ş.
- Project-specific design
- Integrated greenhouse systems
- Installation and commissioning
- Technical project support
What Is a Turnkey Greenhouse?
A turnkey greenhouse brings greenhouse design, construction and technical systems into one coordinated project. Rather than making separate decisions about the structure, heating, irrigation and controls, the investor works from a shared scope based on production objectives. Equipment locations, operating needs and installation sequences are considered together, with the interfaces between suppliers addressed through project management.
A commercial greenhouse project starts with the crop, cultivation method, growing season and site conditions. Ground levels, drainage, access, water supply and energy connections inform the proposed layout. These factors also help identify opportunities for future expansion. Modern greenhouse systems are therefore selected for the intended operation, rather than applied as an identical package regardless of location or production model.
Coordination Within a Single Project
During engineering, the relationships between systems are defined. Heating capacity is reviewed alongside ventilation strategy; irrigation zones must fit the cultivation layout; and fertigation equipment must suit water quality and nutrient preparation requirements. Greenhouse automation brings another set of interfaces: the variables to monitor, sensors to install and equipment to control. Maintenance access and the operator’s daily working practices also form part of the design brief.
During greenhouse construction, manufacturing, site preparation, assembly and system connections follow an agreed sequence. Commissioning checks cover equipment operation, control signals and the interaction between systems. Local permits, infrastructure work, handover information and responsibilities outside the agreed scope are clarified for each project. Agrotecta approaches complete greenhouse solutions through this shared engineering framework, with included work and responsibilities established at proposal stage. The purpose is to make technical decisions and implementation requirements easier to follow throughout delivery.
- Greenhouse design and structureCoordinating the layout, frame, covering and access areas within the same design.
- Heating, irrigation and fertigationAssessing heat, water and nutrient distribution against the requirements of the growing operation.
- Climate control and automationDefining the connections between ventilation, measurement equipment and control systems.
- Installation, testing and commissioningCoordinating assembly, system checks and the steps needed for operational handover.
ONE PROJECT, CONNECTED SYSTEMS
What Does a Turnkey Greenhouse Project Include?
Greenhouse design and engineering
The layout, structural dimensions and equipment areas are planned together. System interfaces are defined before installation.
Greenhouse structure
The frame and covering are selected for the site conditions. Assembly, maintenance access and equipment connections inform the design.
Heating and energy distribution
Heat demand is assessed against climate data and growing conditions. The energy source and distribution arrangement are defined within the project scope.
Irrigation automation
Irrigation zones reflect the cultivation method and water requirements. Scheduling and controls are coordinated with the production plan.
Fertigation and dosing
Nutrient preparation and dosing are considered alongside water quality and cultivation method. Measurement, mixing and distribution connections are planned together.
Climate control and ventilation
Temperature and humidity management are assessed alongside the structure and crop objectives. Ventilation and climate equipment are selected for local conditions.
Sensors and central automation
Variables to monitor and equipment to control are identified. Sensors, control panels and the operator interface are planned as a compatible system.
FROM CONCEPT TO PRODUCTION
The Turnkey Greenhouse Project Process
- 01
Initial consultation
Location, approximate area and investment expectations establish the initial brief.
- 02
Site and climate review
Site information, infrastructure and regional conditions are assessed.
- 03
Production objectives
The crop, cultivation method, growing season and operating requirements are clarified.
- 04
Technical design and system selection
Structural and equipment options are evaluated together to define the scope.
- 05
Manufacturing and installation
Fabrication, site work and system assembly are coordinated around the approved design.
- 06
Testing and commissioning
Equipment, control signals and system connections are checked ahead of operational handover.
The schedule is established after reviewing project size, selected systems, procurement and site conditions.
INTEGRATED GREENHOUSE TECHNOLOGIES
Planning Every Greenhouse System Together
The structure, heating, irrigation, fertigation, LED lighting and climate automation are integrated systems working toward shared production objectives.
- Modular DesignSuitable for projects of every scale
- Integrated SystemsWorking together in harmony
- Long-lasting StructureReliable and sustainable
What’s in the System?
Greenhouse Structure: Durable structure tailored to your project.
What Determines Greenhouse Design?
A single standard design cannot address every site and production requirement. Technical choices are made by considering the following factors together.
- Crop selection
- Light, temperature and root-zone requirements guide design decisions.
- Temperature and humidity
- Seasonal conditions influence heating and ventilation strategies.
- Wind and snow loads
- Structural design follows an assessment of the loads relevant to the site.
- Area and terrain
- Layout, slope, drainage and service access are considered together.
- Cultivation method
- Soil-based and soilless systems require different equipment and working areas.
- Energy source
- Available energy infrastructure and operating conditions inform heating selection.
- Water quality and irrigation
- Water analysis helps define treatment needs and irrigation scope.
- Automation level
- Monitoring, control and operator involvement reflect the intended operating model.
- Future capacity
- Connections and service areas are considered with potential expansion in mind.
Greenhouse Solutions for Different Production Models
Soil-based greenhouses
Irrigation and climate systems are considered alongside soil conditions and the growing layout.
Hydroponic greenhouses
Nutrient solution, water management and cultivation infrastructure are planned around crop requirements.
Seedling and nursery greenhouses
Working areas and climate needs are assessed for each production stage.
Controlled-climate greenhouses
Monitored variables and control objectives are defined within the project brief.
Research and trial greenhouses
Compartmentation and measurement needs are assessed against the intended work.
Spaces integrated with vertical farming
Lighting, climate and nutrient requirements for stacked growing areas are evaluated separately.
Why Plan Greenhouse Systems Together?
System compatibility
Coordinated design of the structure, equipment and controls helps reduce installation conflicts.
Energy and resource management
Heat, water and nutrients are considered alongside crop requirements; outcomes depend on operating conditions.
Central control
Field measurements and equipment controls can be brought into a shared operator interface.
Expandable infrastructure
Connection needs for future areas and systems can be considered from the outset.
Frequently Asked Questions About Turnkey Greenhouses
What is included in a turnkey greenhouse service?
It coordinates design, structure, installation and the selected technical systems. Heating, irrigation, fertigation and automation are confirmed in the proposal and agreed project scope.
How is the greenhouse cost calculated?
Area, structural type, covering, climate, infrastructure and equipment are assessed together. A fixed price cannot be established responsibly before the technical scope is defined.
How long does a project take?
Timing depends on size, procurement, permits and site readiness. A workable schedule is developed after reviewing the scope and site conditions.
Are heating and automation included?
These systems can be incorporated into the integrated design according to production needs. Capacity, equipment and control levels are specified at proposal stage.
Can you upgrade an existing greenhouse?
Renovation and additional systems can be assessed following a review of the existing structure and infrastructure. Feasibility depends on their condition and the site.
Can hydroponic or vertical farming systems be installed?
These methods can be evaluated within the project. Crop, area, water quality, energy and climate requirements need to be clarified before technical design.
Do you work on projects outside Türkiye?
International enquiries are considered following a location and scope assessment. Logistics, local implementation conditions and technical support arrangements are reviewed together.
What information is needed for a project enquiry?
Name, phone number, country/city and project type are required for an initial discussion. Approximate area, crop and existing site information help with technical assessment.
LET’S PLAN YOUR PROJECT
Let’s Discuss Your Next Project
Share your requirements for a new greenhouse or an existing facility. Our technical team will contact you to develop a practical solution plan.