Food & Beverage

A multiple sector

The Food & Beverage sector is vast and includes both the production of food and beverages and therefore the processing of raw materials, as well as quality control, packaging and distribution of products (from large retailers, restaurants, fast-food chains and home delivery). Eating behaviour is becoming more and more differentiated, constantly and frantically changing. In fact, while there is a growth in the consumption of pre-packaged food, characterised by ease of storage, preparation and eating, there is also a growing search for selected food and food safety. Customers today are extremely attentive and critical in assessing product quality and transparency, they are looking for a more balanced diet, and/or in some cases vegetarian or vegan, they pay attention to product distribution and packaging and are sensitive to eco-sustainability.

How do you respond to change?

• Flexibility: all these aspects require the Food & Beverage sector to adopt a more efficient and flexible approach throughout the supply chain.
• Efficiency: electricity consumption for processing, production, filling and packaging systems is one of the most significant items of expenditure for food and beverage companies, as these processes operate continuously, 24/7.
• Reliability: avoiding production downtime or at least reducing start-up time or reaction to faults during operation is key to avoiding or reducing associated costs.
• Connectivity: Both local and remote control systems must be introduced to monitor the correct operation of production processes at any time and from any location to ensure high standards of safety, reliability and traceability.

What is the point of air conditioning?

In the food and beverage industry, there are automation and robotic systems that require electrical components to carry out production, processing, and packaging activities. These systems must be cooled, protected from environmental contaminants, and comply with stringent hygiene standards.

However, it is also common to find electrical enclosures with relatively low heat loads at the edges of the production line. Electrical cabinets require effective cooling of their internal components, as well as reliability, efficiency, flexibility, and connectivity, since they are often integrated into Industry 4.0 and edge computing environments.