Swiss Container Reefer Power Plant

Do reefer containers rely on electricity?

Reefer containers rely on electricity as their primary power source. The power supply options vary depending on the stage of the container’s journey: While onboard cargo ships, reefer containers are typically plugged into the vessel’s electrical grid.

Do reefers use electricity or diesel?

Refrigerated containers mainly use electricity and diesel for power. Electricity is most common at docking and holding facilities. Diesel powers generators and serves as a backup solution. Modern reefers focus on energy efficiency, using advanced insulation and cooling technologies to minimise power consumption.

What is efficient power supply management for reefer containers?

In the end, efficient power supply management for reefer containers is all about balance. It's a blend of technology, regular maintenance, and good old fashioned knowledge of your unique needs! By embracing this mix, we can ensure optimal performance from our reefers while keeping energy consumption in check.

Are solar powered reefer containers eco friendly?

A significant reduction in fuel consumption and carbon emissions without compromising on performance or reliability. Solar powered reefer containers have also been making waves recently. By harnessing the abundant energy of the sun, these eco friendly units can operate without relying solely on a grid based power supply.

What is a reefer container?

For those who might not be familiar, a reefer container is a refrigerated shipping container used extensively in the food and pharmaceutical industries. These specialized containers keep perishable goods at the right temperature during transport, ensuring they reach their destination in optimal condition.

How much energy does a reefer use?

One of the key factors we need to consider is energy efficiency in reefers. When it comes to running these temperature controlled containers, it's no small feat. Typically, a 40 foot unit consumes around 2.5 Kilowatts per hour on average! With such high demand for power, optimizing energy usage becomes crucial.