AGROTEKNIK · OUR TEAM

A Technical Team Bringing Multiple Disciplines into One Greenhouse Project

The Agroteknik team brings together expertise in greenhouse engineering, structural construction, climate control, automation, IoT, data analytics and artificial intelligence within one integrated project approach. Our objective is not simply to install individual systems, but to design a coordinated production infrastructure in which structural, mechanical and digital technologies work together.

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01 Greenhouse Engineering Structural design, site analysis and technical engineering
02 Automation & IoT Sensors, controls, communications and remote monitoring
03 Data & Analytics Measuring and interpreting greenhouse operational data
04 Project Implementation Manufacturing, supply, site coordination and system integration

How Does the Agroteknik Engineering Team Work?

In a modern commercial greenhouse, construction, heating, climate control, irrigation, automation and digital systems directly influence one another. For this reason, project decisions at Agroteknik are evaluated across multiple engineering disciplines rather than being made from a single technical perspective.

When greenhouse geometry is defined, for example, the structural frame is not the only consideration. Ventilation requirements, equipment placement, heating lines, sensor locations, technical service routes and automation infrastructure can also influence the overall design.

This multidisciplinary approach is particularly important in turnkey greenhouse projects, where structural, mechanical and digital systems need to be coordinated as parts of one integrated production facility.

MULTIDISCIPLINARY GREENHOUSE ENGINEERING

Technical Expertise Combined in a Greenhouse Project

Depending on project requirements, engineering, field implementation and digital technologies work together across different stages of the greenhouse investment.

Greenhouse Design

Engineering evaluation of project location, production model, greenhouse geometry and the technical requirements of the facility.

Structural Engineering

Design of load-bearing greenhouse structures according to wind and snow loads, material selection and technical coordination of on-site assembly.

Climate & Energy Systems

Engineering of greenhouse heating, ventilation and energy systems in coordination with crop requirements and production objectives.

Greenhouse Automation

Integration of sensors, controllers, gateways and field equipment within a common greenhouse monitoring and control infrastructure.

Data & Analytics

Collection and analysis of greenhouse data to create measurable indicators for climate, energy, production and operational performance.

Artificial Intelligence

Development of forecasting, decision-support and machine learning applications where suitable data infrastructure is available.

Our Greenhouse Project Approach

Bringing different technical teams together around the same project objectives improves coordination between structural, mechanical, automation and digital systems throughout the greenhouse project lifecycle.

01 Clearly define the technical requirements of the project
02 Evaluate engineering decisions across multiple disciplines
03 Plan physical and digital systems together
04 Coordinate the project from installation to commissioning

Field Experience and Greenhouse Engineering

Engineering decisions must also be practical to implement in the field. Experience gained from manufacturing, installation and commissioning therefore provides important feedback for future greenhouse design and technical planning.

Agroteknik's greenhouse project process structures this approach from initial requirements analysis through technical engineering, site implementation and system commissioning.

Digital Agriculture Capabilities

Modern greenhouse engineering is no longer limited to structural and mechanical systems. Sensor data, remote monitoring, cloud-based greenhouse management software, analytics and artificial intelligence have become important components of high-tech greenhouse projects.

Agroteknik therefore combines conventional greenhouse engineering with digital agriculture and data technologies within the same multidisciplinary technical approach.

TECHNOLOGY ECOSYSTEM

Technologies Used Across Our Greenhouse Projects

Depending on project requirements, different hardware, automation, communication and software technologies can be evaluated and integrated within the overall greenhouse infrastructure.

Plan Your Greenhouse Project with the Right Technical Team

Share your greenhouse area, production model and technical requirements with us. We can evaluate which engineering, construction, automation and digital technology disciplines your project requires.

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