Low temperature storage is an essential part of the cold chain for a variety of products. It protects both quality and shelf life for foods.
Many different industries rely on cold chain storage, including the pharmaceutical and medical sectors. The medical industry uses cold storage to ensure that medicines, test kits and vaccines are at the appropriate temperatures before they can be used.
Cold Storage Automation
Cold storage has long been a key part of logistics, providing food and other products with a controlled temperature that keeps them fresh and safe. Today, it has become a trend for many companies to use this technology to store a variety of items, from frozen foods and prepared meals to pharmaceuticals, clothing, and even personal care goods.
Automation in cold storage can help to make these facilities more efficient, as well as safer for workers and their equipment. It improves accuracy of fulfillment and shipping, reducing errors and waste.
In addition, it can reduce energy losses. For example, thi cong kho cap dong tai ha noi a Moffett Automated Storage system can move stock in and out of a warehouse without the use of a forklift. This can reduce heat loss from people and forklifts, which in turn helps the refrigeration systems to operate more efficiently.
Another benefit of automated cold storage is its ability to ensure the room temperature is monitored throughout the day. This can be vital in making sure your products are stored properly and safely, as keeping track of the daily room temperature allows you to maintain accurate records.
As the cold storage industry evolves, the need for automation is growing. New modular solutions are simplifying implementation, accelerating ROI and offering greater flexibility.
Insulation
Insulation is used in low temperature storage to reduce the amount of energy required to keep the storage chamber at a certain temperature. It can also prevent moisture from entering the storage chamber.
Most cold storage facilities are constructed with pre-insulated sandwich panels. However, it is important to ensure that there are no gaps between the panels that may allow hot air from the outside to infiltrate into the building.
To help avoid these problems, it is essential to install a water-tight vapour barrier between the insulation material and the walls of the storage chamber. This can be done using a number of different materials, including polythene sheets or films, reinforced plastic material, light-gauge galvanized steel sheeting or aluminium foil, laminated with a bitumen membrane.
In addition to preventing moisture from entering the storage chamber, insulation can improve the efficiency of ice storage by reducing the thermal conductivity of the walls. It can therefore reduce the amount of ice needed to cool the contents, which is important in the case of liquid storage.
The best insulation materials have very low thermal conductivity, a high R-value and a gas-stagnant structure. They should also have very low permeability to water and water vapour. This is because water and water vapour are a significant source of heat transfer.
Internet of Things
The Internet of Things (IoT) is the idea of connecting devices with sensors that can send information back to computers. It can help make our homes smarter, for example, by letting us control the settings of lights and heating. But it can also benefit our businesses, too: industrial companies are using IoT devices to monitor the performance of machinery and help with production scheduling.
The data generated by IoT gadgets ranges from small, bursty updates like a temperature reading to huge amounts of traffic like video surveillance. Tech analyst firm IDC estimates that in five years IoT gadgets will create 79.4 zettabytes of data, which will require storage, optimisation and analysis.
It’s this big data that the IoT promises to deliver – a huge pool of data from all over the world that can be used to predict future outcomes or to improve systems. That means the ability to make changes quicker, more efficiently and with more accuracy than a system that relies on humans.
IoT is a great tool for ensuring the safety of products stored in cold storage, and for making sure refrigeration systems are operating correctly. It helps reduce the operational cost of cold storage facilities and increases profits.
The use of IoT in low temperature storage is gaining popularity for its ability to keep foods safe and tasty, and for its potential to save the nutritional value of products. This can be done by designing and implementing cold storage solutions that can monitor the temperature in cold storage rooms and make changes to maintain compliance with food regulations.
