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Photovoltaic power generation technology is used to convert solar energy into electric energy, and two layers of photovoltaic panels are designed at the top of the cold cabin of the intelligent chain, with a total of five groups.
The size of each group of upper photovoltaic panels is 2340*1060 mm, and the lower layer is composed of two 1000*1060 mm photovoltaic panels.
Under the ideal state, the hourly power generation of the photovoltaic panel can reach 4200W (the working voltage of the photovoltaic panel is 330V, and the open circuit voltage 400V).
Waterproof lining: The inner wall of the box is lined with a whole piece of waterproof plywood, and fiberglass is coated on the plywood, which can not only prevent the goods from getting damp, but also facilitate the removal of goods and cleaning of the box after use.
The intelligent chain cold cabin is equipped with wind speed and rain and snow sensors. When the wind reaches level 4~5 or rain and snow weather, the photovoltaic panels will be forced to be automatically stored.
Equipped with a mains access.
The "Smart-Chain Cold Cabin" features a portable, containerized structure that requires no dedicated land allocation and occupies a minimal footprint. It is capable of meeting cold-source requirements for fruit and vegetable preservation, the freezing of seafood and meat, as well as industrial, agricultural, and commercial distribution operations. Furthermore, it contributes to the enhancement of urban cold chain infrastructure and destination-side distribution networks, thereby pioneering innovative new models for consumer-oriented cold chain logistics.
| External Dimension (MM) | 6058 * 2438 * 2610 |
|---|---|
| Internal Dimension (MM) | 5758 * 2320 * 2420 |
| Internal Cubic Capacity | 25.5 Cu |
| Refrigerant | R404A |
| Voltage | AC220V / 50Hz / 60Hz 1PH |
| Ambient Temperature | 38°C, refrigerate power±5% |
