Engineered around the environment inside.
A greenhouse is more than a structure. Its geometry, climate systems, water strategy, lighting, controls and future expansion all influence how the facility performs as one system.
ViceRoy Group develops greenhouse solutions around cultivation requirements, local conditions and the operational model the facility needs to support.
Built to expand as one facility.
Gutter-connected greenhouse systems combine a modular, connected structure with configurable bays and high internal clearance. Automated roof ventilation, shading and environmental systems are considered within that structure, with site-specific engineering establishing the requirements for each project.
- MODULAR STRUCTURE
- Connected greenhouse structure with expansion considered from the outset.
- CONFIGURABLE BAYS
- Bay arrangement developed around cultivation and operating requirements.
- HIGH CLEARANCE
- Internal clearance considered alongside the systems the greenhouse carries.
- AUTOMATED VENTILATION + SHADING
- Roof ventilation and shade systems integrated with environmental control.
- SITE-SPECIFIC STRUCTURAL ENGINEERING
- Exact structural design, including loads and dimensions, is confirmed per project and site.
STRUCTURE
The structural concept establishes the framework that the cultivation and technical systems must share.
- Greenhouse structural concept aligned with site and cultivation requirements
- Local conditions and the structural requirements they establish
- Integration points for environmental, irrigation and lighting systems
- Steel structure designed around site-specific loads
- Loads, spans and dimensions confirmed for the individual project
Why it matters
Structure defines what can be carried, how systems are integrated and how the greenhouse can evolve. Those decisions belong at the beginning, not after equipment selection.
CONFIGURATION
Bay arrangement and internal volume are cultivation and operating decisions as much as geometric ones.
- Gutter-connected configuration where appropriate to the project
- Configurable bays and compartmentation
- Clearance and internal volume in relation to cultivation requirements
- Layout aligned with growing methodology and operational workflow
- Expansion and phasing considered within the initial configuration
Why it matters
Configuration changes internal climate behaviour, usable growing area, workflow and expansion logic. A connected structure needs a connected layout strategy.
CLIMATE
The greenhouse envelope and environmental systems are planned together around the conditions the crop requires.
- Ventilation strategy in relation to the greenhouse envelope
- Heating and cooling considerations where the site and crop require them
- Humidity management and airflow as linked environmental decisions
- Automated roof ventilation and shading
- Environmental control coordinated with water, lighting and automation
Why it matters
The greenhouse envelope and climate systems must respond to both external conditions and internal cultivation requirements. No single system resolves that balance alone.
WATER + FERTIGATION
Source water, nutrient delivery and irrigation distribution form one strategy through to drainage.
- Source water considerations and water quality requirements
- Filtration strategy aligned with irrigation and nutrient delivery
- Fertigation planning and nutrient schedules
- Irrigation distribution in relation to growing method and layout
- Drainage and run-off handling within the overall water strategy
Why it matters
Water strategy must be designed from source through delivery and drainage, not as separate equipment purchases. Each stage establishes requirements for the next.
LIGHTING + ENERGY
Lighting choices connect the growing method with the greenhouse environment and its energy requirements.
- Supplemental lighting strategy where relevant to the cultivation method
- Fixture and layout considerations within the greenhouse configuration
- Interaction between lighting, heat load and environmental systems
- Energy-efficiency considerations connected with lighting decisions
- Lighting requirements aligned with cultivation and facility equipment choices
Why it matters
Lighting is simultaneously a cultivation, environmental and energy decision. Its role must be understood within the facility, rather than specified in isolation.
AUTOMATION + SCALABILITY
Control strategy and expansion planning connect the first design decisions with the facility's future operation.
- Monitoring and control strategy aligned with environmental requirements
- Automated greenhouse systems, including ventilation and shading
- Coordination of controls around repeatable operating conditions
- Phase planning and future expansion within the facility concept
- Infrastructure decisions that accommodate a scalable greenhouse structure
Why it matters
Automation turns design intent into repeatable operation, while scalability must be considered before phase-one infrastructure becomes fixed.
Climate outside.
Conditions required inside.
Local climate, water source, utilities, access, cultivation strategy and production objectives change the technical equation for every greenhouse. Exact loads, dimensions and system capacities are therefore confirmed project by project.
Site → cultivation requirements → engineering criteria
What should the facility be designed around?
Start with the site, the cultivation method and the production objective. The structure and systems follow from there.
Start a project →