Cooling system

Cooling systems

The cooling system is one of the most useful machines ever invented by man. It cools the surrounding air to make you feel comfortable. But how does a cooling system work? A cooling system is a system that dissipates heat energy from one location and transfers it to another location through coolant. This is done by vaporising the coolant and extracting the heat energy. During evaporation, the coolant absorbs the warm air in the room and the warm air travels to the outdoor unit, where it is cooled down. After the heat energy has been released, the coolant returns to its liquid state. Finally, the cooled air is returned to the room.

This is how a cooling system works and there is no doubt that cooling systems make a significant contribution to a more comfortable life.

Advantages of mobile cooling

There are many advantages to using mobile refrigeration systems for the catering industry, for example. Firstly, they offer flexible and customisable refrigeration technology. They can be easily moved from one location to another and therefore offer a high level of mobility. They are also generally more cost-effective than permanently installed cooling systems.
Furthermore, mobile cooling systems can be installed and commissioned quickly. This makes them ideal for temporary cooling requirements or for use in locations where no fixed cooling systems are available.
The use of mobile cooling systems is widespread in various sectors. In the food industry, for example, they are often used for the transport and storage of perishable goods. Mobile refrigeration allows products to be kept fresh and protected from spoilage.
Outdoor events also benefit from mobile refrigeration systems. At open-air concerts or sporting events, the refrigeration system can be used to keep drinks and food cool and offer visitors pleasant refreshment.

Outdoor units of air conditioning systems
Outdoor units of air conditioning systems

Mobile refrigeration systems are also used in the medical sector. They are used in hospitals and medical facilities to store medicines, vaccines and other sensitive products at the right temperature. This ensures the effectiveness and safety of medical care.
Mobile cooling units are also used in the construction industry. During construction work in hot environments, they can be used to keep work areas or materials cool. This not only contributes to the comfort of workers, but can also improve the quality of construction work.
In summary, mobile cooling units offer a practical and versatile solution for cooling in various areas. Their mobility, flexibility and ease of use make them an efficient option for providing cooling where it is needed.

Applications in medicine
Applications in medicine

Different types of mobile cooling systems

Es gibt verschiedene Arten von mobilen Kühlanlagen, die für unterschiedliche Zwecke entwickelt wurden. Die beiden Haupttypen sind tragbare Kühlanlagen und fahrzeugmontierte Kühlanlagen.

Portable cooling systems

Portable cooling units are smaller appliances that are used to cool individual products or smaller rooms. They are often used in the food industry, for camping or in the medical sector.

Portable cooling units are particularly practical for use in the food industry. They make it possible to keep sensitive products such as meat, fish or fresh produce cool during transport or at events. Thanks to their compact size and mobility, they can be easily transported and used in different locations. Portable refrigeration systems are also very popular in the camping sector, where there is no need for a centralised refrigeration system. They allow campers to keep their food fresh and prevent food from spoiling due to high temperatures. They also offer the opportunity to keep drinks cool and enjoy a refreshing cool-down on hot summer days. In the medical sector, portable refrigeration systems play an important role in the storage and transport of medicines or vaccines. They ensure that sensitive products are kept at the right temperature to maintain their effectiveness.

Vehicle-mounted cooling systems

Vehicle-mounted refrigeration systems are larger units that are installed in vehicles and are used to cool larger areas or products. They are often used in delivery vehicles or refrigerated vans to keep food or medical products cool during transport. The vehicle-mounted refrigeration systems are specially designed for use in delivery vehicles. They make it possible to transport large quantities of food or medical products over long distances without them spoiling. These refrigeration systems maintain a constant temperature and thus ensure the safe storage of products. In refrigerated vans, a vehicle-mounted, centralised refrigeration system plays a crucial role in maintaining the cold chain. They ensure that the temperature remains constant throughout transport, thus preventing spoilage or deterioration of food or medical products. In addition to their function of keeping products cool, vehicle-mounted refrigeration systems also offer the option of adjusting the temperature as required. This is particularly important when different products require different cooling conditions.

Functionality of mobile cooling systems

The functionality of mobile cooling systems for various purposes is based on the cooling process and the technology used.

Cooling process and technology:
Mobile cooling systems are a practical refrigeration technology and generally use compression refrigeration machines to generate the desired temperature. This involves circulating a refrigerant through evaporation and condensation in a closed circuit, which extracts heat energy and provides cooling.

Energy consumption and efficiency:
The energy consumption of mobile refrigeration systems can vary depending on the model and size. However, it is important to consider energy efficiency to ensure cost-effective operation. Modern mobile cooling units are often energy-efficient and have a high cooling capacity with low consumption.

Mobile cooling system
Mobile cooling system

Choosing the right mobile cooling system

Choosing the right mobile refrigeration system depends on various factors. Here are some points you should consider when selecting and planning:

Factors to consider when selecting:

Consider what cooling capacity and cooling output you need. Also consider the space requirements and mobility of the cooling system. Other important factors include energy consumption, noise levels and the ability to control the temperature.

Costs and maintenance of mobile cooling systems:

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When selecting a mobile cooling unit, the purchase costs and maintenance costs should also be taken into account. Check the service life of the appliance and the availability of spare parts. Regular cleaning and maintenance of the refrigeration system is important to ensure optimum performance.
With this comprehensive introduction to mobile refrigeration systems, you now have the knowledge you need to make the right choice for your refrigeration needs. Whether in the food industry, medicine or other sectors, mobile refrigeration systems offer a flexible and efficient cooling solution.

Selection concept
Selection concept

Here you will find suitable products for your cooling system technology

HOF-CryoBlizzard central cooling system for freeze-drying

HOF-CryoBlizzard central cooling system for freeze-drying

Centralised refrigeration system for freeze dryers with air as refrigerant - stable process, high efficiency and integrated charging storage for low operating costs.
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CryoStorageCustom cryogenic storage -30 °C to -160 °C

CryoStorageCustom cryogenic storage -30 °C to -160 °C

Modular low-temperature storage system from -30 °C to -160 °C - scalable, energy-efficient and with reliable monitoring for safe long-term storage.
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Fully automated high-density storage

Fully automated high-density storage

Fully automated high-density storage system at -80 °C - maximum sample density in a small area with robotic removal and significantly reduced energy consumption.
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HOF-FTU Blood plasma freezer

HOF-FTU Blood plasma freezer

Compact blood plasma freezer with integrated refrigeration technology - fast, uniform freezing with a minimal footprint and high process reliability.
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PharmaBlastFreeze

PharmaBlastFreeze

Blast freezer for GMP rapid freezing processes - high freezing capacity in a small space, reproducible results and energy-efficient operation.
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RefoBlast

RefoBlast

Ultra-compact rapid freezer for blood plasma bags and bottles - controlled to -25 °C core temperature, efficient and with natural refrigerant.
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Reactor cooling with the Mirai Intex MX machine

Reactor cooling with the Mirai Intex MX machine

Precise reactor cooling for chemicals, pharmaceuticals and biotech - dynamically controllable, reliably tempered and designed for demanding ultra-low temperatures.
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Refosteel -80°C steel hardening plant

Refosteel -80°C steel hardening plant

Low-temperature hardening at -80 °C to improve material properties - precise, robust, reliable.
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HOF-CryoProPhase cryocondensation for exhaust air purification & recycling

HOF-CryoProPhase cryocondensation for exhaust air purification & recycling

Cryo-condensation for exhaust air purification with solvent recovery - highly efficient VOC reduction through cryogenic cooling using air as a natural refrigerant.
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CRYOCARGO110 Low-temperature trailer -40 °C to -110 °C

CRYOCARGO110 Low-temperature trailer -40 °C to -110 °C

Our low-temperature trailer for your emergency storage capacity and goods transport of demanding products.
Including 24/7 service hotline.
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BioArc Ultra - -80°C Automated sample storage system

BioArc Ultra - -80°C Automated sample storage system

Automated -80 °C sample storage for biobanking - high-density storage with robotics and air-cycle refrigeration technology for maximum capacity with low energy requirements.
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ULT 25 Mobile low temperature container -30 °C to -110 °C

ULT 25 Mobile low temperature container -30 °C to -110 °C

Mobile ULT container from -30 °C to -110 °C - fast deployment for distribution, low energy requirements and optional monitoring for a safe cold chain.
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Cold and heat coupling with waste heat utilisation

Cold and heat coupling with waste heat utilisation

Utilises waste heat from refrigeration systems for processes or heating - increases overall efficiency and permanently reduces energy and CO₂ costs.
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COOLINN whole-body cold chamber -115 °

COOLINN whole-body cold chamber -115 °

Whole-body refrigeration chamber down to -115 °C with natural refrigerants - high temperature homogeneity, environmentally friendly operation and reliable performance…
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Neo Luna

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Cornelia Schröder
Cornelia Schröder
Assistant to the management