OUR PROJECT PROCESS
We plan new greenhouse investments and systems for existing facilities through needs assessment, engineering, implementation, testing and commissioning. Scope reflects the site, climate, area, crop, available infrastructure and selected systems.
We assess the structure and technical infrastructure of a new growing facility within one coordinated project.
We assess required systems against the capacity, interfaces and operating arrangement of the existing facility.
The detail and sequence adapt to project scope, with each stage supplying the information needed for the next technical decision.
We record location, approximate area, crop, current conditions and investment objectives.
The site or facility is assessed for climate, water, energy, access and usable infrastructure.
Crop, cultivation method, production period, capacity approach and automation expectations are clarified.
The greenhouse type, layout, structure and general technical-system scope are prepared.
Capacities, interfaces, controls, implementation scope and the commercial proposal are developed.
Equipment preparation, manufacturing, procurement and site coordination follow the approved scope.
The structure and technical systems are installed in sequence and connected.
Equipment, control signals and system interfaces are checked, and essential operating information is shared.
Not every item is mandatory for the first discussion. Missing technical information can be clarified during assessment.
Technical scope is established by assessing these variables together; no fixed price or duration is assumed at this stage.
Layout, ground, access and available space affect engineering decisions.
Temperature, humidity, wind and solar load shape system needs.
Crop and growth stage change climate, water and light targets.
Dimensions, covering and volume define capacities and layout.
Source, flow and analysis influence treatment and irrigation scope.
Available electricity and heat sources are reviewed with system options.
Zones, sensors, records and remote-access requirements are defined.
Access, local conditions and coordination enter the implementation plan.
For work offered under the Agrotecta brand, ISITMAX uses a coordination approach intended to keep technical decisions traceable and responsibilities clear.
Needs may evolve as the project progresses. Their technical and commercial effects are reviewed before implementation.
Each system may be assessed independently or as part of a connected project scope.
Location, approximate area, crop, cultivation method, existing infrastructure and required systems allow an initial assessment. Missing technical details can follow.
The schedule is prepared after reviewing scope, site readiness, equipment, procurement, implementation sequence and local conditions.
Cost follows clarification of dimensions, capacity, equipment, automation level, site work and implementation scope.
Yes. A single heating, irrigation, fertigation, LED or automation system can be engineered after checking compatibility with existing infrastructure.
Yes. Suitable options can be identified after reviewing the structure, equipment, interfaces and available capacity.
A requested change is assessed for technical, commercial and schedule effects; an approved revised scope can then proceed.
Location, climate, local implementation conditions, logistics and available site data are reviewed to define scope and coordination.
Equipment operation, field connections, control signals, scenarios and system relationships are checked against the approved scope.
LET’S PLAN YOUR PROJECT
Share your requirements for a new greenhouse or an existing facility. Our technical team will contact you to develop a practical solution plan.