Automated Vertical Greenhouse Control for Strawberries & Veg
An automated vertical greenhouse control system grows strawberries and vegetables in stacked racks with little human work. It uses sensors (temperature, humidity, light, soil moisture, EC), LED grow lights, pumps, fans and valves controlled by smart software. The system changes light, water, nutrients, CO2 and air flow automatically to keep ideal conditions, saving water, space and labor while boosting yield and quality. Real‑time data and phone alerts let growers monitor and tweak settings from anywhere.
Usage scenarios:
- Urban or rooftop growers can fit many plants in small areas and get more harvests per square meter with low labor.
- Commercial producers can run year‑round crops with precise climate and fertigation control to cut waste and raise crop quality for markets and restaurants.
- Schools, research labs and hobby growers can use it to teach, run trials and test varieties with logged data and repeatable conditions.
Compact automated high yields
Container greenhouse delivers turnkey, space-saving urban farming with precise climate, irrigation and nutrient control to maximize yields while cutting water and fertilizer use. Built from recycled 40-foot shipping containers with insulated, sealed construction, a compact rectangular shape, modular packaging, multi-layer stainless-steel planting racks, medical-grade peristaltic pumps and an industrial 10-inch touch-screen, it pairs durable quality and clean, efficient style. Easy to install, move and remotely monitor via mobile or PC, the system comes with professional design and after-sales support to ensure consistent harvests and robust protection from weather and pests.
Precision Vertical Greenhouse Automation
The Container greenhouse is a retrofitted 40-foot modular unit designed for automated vertical cultivation of strawberries and vegetables, featuring multi-layer stainless steel or aluminum planting racks, LED grow lights, hydroponic and substrate planters, and medical‑grade peristaltic nutrient dosing for precise core and extended cultivation attributes. Its automated control center with an industrial 10‑inch touchscreen, remote connectivity, integrated HVAC cold/hot system, pumps and irrigation channels delivers fine-grained regulation of temperature, humidity, light cycles and fertigation to boost yield, save water and fertilizer, and enable reliable year‑round urban farming. Built from insulated, sealed container shells for easy installation and mobility, the structure provides superior protection from weather and pests, high space utilization, and strong sustainability by repurposing containers and optimizing closed‑loop resource use.
Automated Vertical Grow System
A Container greenhouse converts retired shipping containers into modular, insulated plant factories that maximize space with multi-layer planting racks for efficient vertical cultivation of strawberries and vegetables. Equipped with precise climate control, LED grow lights, integrated irrigation and medical-grade peristaltic fertilizer dosing, and an industrial 10-inch touch-screen control center, it enables remote, automated regulation of temperature, humidity, light and nutrient delivery. Robust and portable, the system resists severe weather and pests, installs quickly on rooftops or yards, and reuses existing containers to reduce energy and resource waste for sustainable urban farming.
◎ Automated Climate Control
◎ Vertical High-Density Cultivation
◎ Mobile Sustainable Container
Automated Precision, Sustainable Yield
Created by an agritech team with roots in sustainable farming, this automated vertical greenhouse control system was engineered to package precision climate and crop management into a modular Container greenhouse for year-round strawberries and vegetables. It integrates IoT sensors, AI-driven climate and nutrient control, dimmable LED spectra, and automated irrigation and airflow to optimize light, humidity, temperature, and dosing across multi-tiered racks. Key features—plug-and-play modularity, remote monitoring and scheduling, closed-loop hydroponics, and energy- and water-saving controls—deliver higher yields in less space, consistent crop quality, and dramatic reductions in labor and resource use.
Material introduction
The Container greenhouse repurposes rugged steel shipping containers as a thermally insulated, weatherproof shell with high-grade sealing to shield crops from pests and extreme weather. Inside, corrosion-resistant 304 stainless steel and aluminum frames support multi-layer planting racks, carbon-steel drainage tanks and composite planting boards, complemented by efficient LED grow lights for durable, lightweight cultivation infrastructure. Key systems use industrial-grade components — medical-grade peristaltic pumps for precise nutrition delivery, robust AC pumps and cold/hot HVAC units for climate control, and a 10-inch industrial touchscreen for reliable automated management.
◎ Container Shell
◎ Internal Structures
◎ Integrated Systems
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