Traditional growing
Traditional Growing
Production is closely tied to climate, season, land and local growing conditions.
CONTROLLED ENVIRONMENT GROWING
Traditional agriculture is closely tied to climate, season, land and local growing conditions. Plant factories create a more controlled production environment by managing key factors such as temperature, humidity, lighting, CO₂ and nutrient delivery.
By combining growing equipment with environmental and control systems, plant factory projects can be designed around specific crops, facilities and production objectives.
Create the growing environment around the crop — not the crop around the weather.
Traditional growing
Production is closely tied to climate, season, land and local growing conditions.
Controlled environment growing
Growing equipment, environmental systems and control functions are planned around crops, facilities and production objectives.
INTEGRATED PLANT FACTORY SYSTEM
A plant factory is an integrated controlled growing system connecting cultivation structures, environmental management, lighting, water and nutrient circulation and equipment control.
Multi-layer growing structures integrate growing beds, nutrient delivery and circulation infrastructure within a space-efficient production system.
Growing environments are designed around temperature, humidity, airflow and crop-specific environmental requirements.
Lighting strategies can be configured around crop growth stages, photoperiod requirements and production conditions.
Integrated nutrient systems support circulation, EC and pH monitoring, adjustment and related fluid-control functions.
Sensors, controllers and growing equipment operate within an integrated control architecture.
SYSTEM ARCHITECTURE
A plant factory is more than a growing rack. It is an integrated system connecting growing equipment, environmental sensing, control functions and production information.
GROWING ENVIRONMENT MANAGEMENT
Controlled growing environments are planned around crop and facility requirements, with temperature, humidity, lighting and CO₂ considered as part of the overall system.
Environmental temperature management based on crop and facility requirements.
Humidity management coordinated with the overall controlled growing environment.
Lighting periods and strategies configured around different crop growth stages.
CO₂ monitoring and control can be integrated where required by project design.
AUTOMATED NUTRIENT MANAGEMENT
Rensui plant factory systems can support automated monitoring and adjustment of key nutrient-solution parameters including EC and pH, together with nutrient circulation, pump and valve control configured around project requirements.
MONITORING & PRODUCTION INFORMATION
Plant factory control architecture connects environmental data, equipment status and production information to support more structured growing operations.
Track key environmental parameters within the growing facility.
Connect relevant growing and environmental equipment within the system control architecture.
Organize growing and production information for operational reference.
COMMERCIAL APPLICATIONS
Plant factory solutions can be planned around different commercial, institutional and controlled growing environments.
Controlled indoor growing environments for commercial crop production projects.
Controlled growing solutions designed for urban and built environments.
Compact controlled growing concepts designed around container-based facilities.
Visible growing environments for selected foodservice and hospitality concepts.
Controlled growing environments for agricultural education, demonstration and research.
Growing systems combining production, education and visitor experience.
COMPLETE PROJECT CAPABILITY
Rensui provides system design, equipment supply, installation and commissioning support for project-based controlled growing environments.
PROJECT DELIVERY PROCESS
Plant factory projects are planned around the buyer's site, crop direction and equipment scope. The workflow below keeps discussion practical before final specification.
Clarify project goals, crop direction, facility conditions and buyer requirements.
Review facility constraints, growing environment needs and crop-related considerations.
Plan the growing structure, environment, equipment and control framework around project requirements.
Define equipment scope for lighting, nutrient management, environmental control and supporting systems.
Coordinate installation support according to the confirmed project scope and site conditions.
Support commissioning discussion and handover coordination for the completed growing environment.
PROJECT INQUIRY
Tell us about your facility, target crops and project requirements. Our team can review the initial information and continue the technical discussion with you.