Commercial Greenhouse Solutions
Specifications are developed from the project location, crop plan, production season, utilities, automation requirements and delivery scope.
Built for
System selection
The engineering scope aligns the greenhouse structure with ventilation, cooling, shading, irrigation, fertigation and the selected cultivation method. Individual systems or an integrated package can be supplied according to the contract scope.
Connected-bay greenhouse structures for commercial growing areas, central service systems and planned expansion stages.
Best suited to: Commercial growers, agricultural investors and phased expansion projects.
Engineering considerations
Glass-covered structures for projects requiring high light transmission, long service planning and integrated environmental control.
Best suited to: High-value crops, long-term production programs and technology-led growing facilities.
Engineering considerations
Panel-covered structures selected where insulation, light diffusion, impact resistance and condensation control are project priorities.
Best suited to: Projects requiring improved insulation, robust covering and adaptable climate control.
Engineering considerations
Commercial structures using single or double film covering, with ventilation and screening specified for the crop and local climate.
Best suited to: Large growing areas, seasonal or year-round production and cost-conscious expansion.
Engineering considerations
Soilless production packages coordinating substrate, crop support, irrigation, drainage, filtration and nutrient dosing.
Best suited to: Vegetables, leafy greens and projects prioritizing water management and repeatable crop conditions.
Engineering considerations
Ventilation, cooling, heating, shading, air movement and monitoring specified against local climate data and crop setpoints.
Best suited to: Hot, arid, humid or seasonal climates where environmental stability is commercially important.
Engineering considerations
A defined project scope covering technical planning, system integration, manufacturing, logistics, erection support and commissioning interfaces.
Best suited to: Government programs, investors, developers and EPC partners seeking one coordinated delivery framework.
Engineering considerations
Engineering basis
Final specifications are project-dependent and should be confirmed against local conditions, production goals and delivery scope.
Location, wind, temperature, humidity, water and available utilities shape the technical baseline.
Crop type, growing calendar, yield objectives and cultivation method define system requirements.
Project scale, automation level, operating resources and expansion plans guide the configuration.
Manufacturing, shipping, local construction interfaces and commissioning are coordinated early.
International B2B projects
We support growers, investors, contractors and engineering partners with a defined technical scope—from initial greenhouse selection to manufacturing and installation guidance.
Project enquiry requirements
Submit the project location, site area, intended crops, water and power information, required delivery scope and target schedule.
Option 01 · Project form
Prepare a structured project brief.
Include location, area, crops, utilities, budget range and target schedule.
Request Engineering Review