What will be stored?
Identify the crop or produce, packing format, incoming temperature, target storage conditions, peak quantity and expected storage period.
SOLAR CONTAINER COLD STORAGE
Solar-powered container cold storage for onions and other farm produce, engineered around the crop and cooling load.

SOLAR CONTAINER COLD STORAGE
The irrigation story continues after harvest. Solar-powered, containerized refrigeration provides a portable storage option for onions and other farm produce close to where it is grown.
Preserve product quality with a cold-storage configuration matched to the produce and storage conditions.
Extend the sales window rather than depending entirely on an immediate harvest-time sale. Prices and income remain market-dependent.
Specify the commodity, storage volume, incoming produce temperature, target temperature and daily loading pattern. Solar capacity and any night-time storage or backup are sized for that duty.
Separately engineered and quoted. Container size, produce capacity, temperature range, solar capacity, battery autonomy and backup are specified for the proposed application.
Identify the crop or produce, packing format, incoming temperature, target storage conditions, peak quantity and expected storage period.
Specify daily incoming produce, loading schedules and door openings. These inputs help define the refrigeration duty, not simply the container dimensions.
The presentation proposes an off-grid solar concept. Confirm the solar array, usable energy storage or backup, controls and site conditions needed for the agreed operating period.
Create more flexibility after harvest, while preserving produce quality. The project is individually sized: there is no fixed temperature, crop capacity or battery autonomy stated for every container.
A farm, a cooperative, a community or a cold-storage project. Start with your requirements.