A container vegetable system places a complete hydroponic growing room inside a refrigerated shipping container. It is designed for leafy greens and herbs, and it lets you grow in a controlled space close to where the produce will be used.
This guide explains how such a system is put together, which crops it suits, and what your site needs to provide. Exact configuration and specifications are confirmed on the quotation.
Multi-tier racks inside the container carry the growing channels or trays. Their arrangement is chosen to suit the crop, so a system for small herbs may be laid out differently from one for larger heads of lettuce.
Irrigation recirculates the nutrient solution, so water passes through a filter and returns to the plants instead of being drained away. Its strength and pH are checked regularly, and dosing is agreed during quotation.
LED lighting runs on a set schedule, with spectrum and intensity matched to the crop. A climate unit maintains temperature and humidity, and ventilation brings in fresh air and keeps it circulating around the plants.
Because these parts work together, a change to one often affects the others. More light, for example, can add heat that the climate unit then has to remove. This is why the configuration is planned as a whole.
The system is intended for leafy greens and herbs. These crops stay relatively compact, grow well under artificial light, and fit the rack spacing used in a container.
Other crops may be possible, but they are confirmed on the quotation. Tall, vining, or fruiting plants usually need more space, more light, or support structures, and may not suit the standard layout.
If you plan to grow several crops, discuss them together. Crops with similar light, climate, and nutrient needs are easier to grow side by side.
The container needs a level base, a power supply, and a water connection. The power available and the quality of your water are confirmed during quotation, since both influence how the system is equipped.
Think about access as well. Delivery vehicles must be able to reach the site, and staff need a practical route for bringing in supplies and taking produce out. Outside conditions such as heat, cold, and dust also affect the choice of climate unit.
Check local rules before installation. Some sites need permission for a container, a power connection, or wastewater handling.
They are designed as separate systems. Fodder and vegetables need different trays, lighting, and irrigation, so each container is configured for one purpose. For fodder, see the container fodder system.
No public capacity table is published. Output depends on the crop, the layout, and how the system is managed, so it is discussed as part of the quotation.
Light, climate, and nutrient settings are set per crop and variety, usually with input from your seed supplier or an agronomist. The system provides the controls; the grower decides the targets.