Automation of refrigeration devices – control with the help of BMS
Did you know that the history of refrigeration devices dates back to ancient times? The real revolution, however, came in the 19th century, when Jacob Perkins, Ferdinand Carré, and Carl von Linde developed the first refrigeration machines. Today, refrigeration equipment is essential in industry, but at the same time they are among the crucial elements, which require proper maintenance, because without thoughtful supervision they are a source of high costs. Therefore, it is important automation of refrigeration equipment, which we will talk more about in this article.
Automation of refrigeration devices – how to reduce financial losses?
Controlling refrigeration equipment is a complex process; setting the temperature once is not enough. Correct operation is crucial. selection of setting parameters, i.e. temperature values at which the installation meets the required conditions, but does not operate in a way that generates losses, especially financial ones.
That is why more and more entrepreneurs are choosing automatic control of refrigeration devices. Support in this regard is provided by BMS system (Building Management System) designed for building management. Monitors and controls technical installations – lighting, air conditioning, refrigeration, and security systems – all to reduce energy losses and, consequently, financial losses.
Why is a BMS system so functional for controlling refrigeration equipment? First and foremost, it allows for centralized setting of parameters for specific devices, zones, or rooms. It also continuously reads the temperature of refrigeration equipment, allowing for comparison of set values with actual values. This allows for control of cooling in a way that, to make it efficient and energy-saving.
Medium-sized stores – product safety and cost control
In medium-sized stores, refrigeration equipment operates virtually continuously, and it's true that any temperature fluctuations lead to losses. Implementing a BMS facilitates adjusting the setting parameters for refrigerated counters, display cases and cold rooms, as well as real-time temperature readings at various points in the installation. The system allows you to quickly respond to irregularities and make adjustments to device operation from the online panel.
Warehouses – multi-point temperature monitoring
In warehouses, manual control of cooling is fraught with risk. The BMS system integrates temperature readings from multiple points and compares them with established settings. You can quickly detect deviations and prevent situations where refrigeration equipment is operating outside its optimal range.
Factories – cooling as part of the technological process
In manufacturing plants, temperature stability is important because it affects product quality and machine durability. The BMS system supports adjusting the cooling setpoint parameters to the production schedule. Devices only work intensively when they are actually needed.
How does the BMS system support the control of refrigeration devices?
The great value of BMS is the connection selection of setting parameters With continuous temperature readings in a single system. You can quickly respond to problems, but also analyze data and gradually optimize the operation of refrigeration systems.
For the facility manager this means:
- control over energy costs,
- lower risk of failure,
- stable operating conditions of devices,
- full transparency of the operation of the refrigeration system.
The table below shows how implementing a BMS system to control refrigeration equipment has a positive impact on savings.
| Area | Without automation | Automation with BMS system |
| Setting temperatures | Manual settings on each device. | Central definition of parameters. |
| Temperature reading | Periodic inspections. | Continuous real-time monitoring. |
| Response to deviations | Delayed, after a problem occurred. | Immediate system response. |
| Energy consumption | Too high. | Optimization and loss reduction. |
| Installation management | Lack of full picture. | One surveillance center. |
Cooling controlled by the BMS system
Controlling refrigeration equipment in modern facilities should not rely on manual settings. Therefore, the ideal option is central BMS system, which atfacilitates the selection of setting parameters and the current reading of temperatures of refrigeration devices, therefore combines security, financial savings and management convenience.
If you want gain control over cooling and, above all, reduce energy costs and increase work safety, contact us. We will present a BMS system tailored to the specific needs of your facility, which is easy to use. We look forward to hearing from you!
FAQ
FAQ – Refrigeration automation and BMS system
1. What is refrigeration automation in modern facilities?
Refrigeration automation is a set of technologies that continuously and precisely control the operation of refrigeration equipment. It utilizes temperature sensors, controllers, and industrial automation to maintain optimal operating parameters.
2. How does the BMS system support refrigeration management?
The BMS system integrates refrigeration automation systems with other HVAC systems in the building. It enables remote monitoring, temperature regulation, and real-time cooling monitoring. This modern solution helps optimize operating costs.
3. What role do sensors play in a refrigeration system?
The sensor measures key parameters such as refrigerant temperature and pressure. The data is sent to the controller, which adjusts the device's operating parameters. Constant temperature monitoring minimizes the risk of failure and losses.
4. Does automation of refrigeration equipment reduce energy costs?
Yes, automation significantly reduces energy and operating costs. The system adjusts the operation of refrigeration equipment to actual demand.
5. What is the importance of automation in industry and industrial refrigeration?
In industrial facilities, temperature stability directly impacts production quality and the efficiency of refrigeration equipment. Advanced refrigeration automation systems support process continuity.
6. How does automation affect the lifespan of refrigeration equipment?
Precise temperature and operating parameter control reduces overloads. Refrigeration automation extends the life of equipment and system components.
7. What does the implementation of refrigeration automation look like in practice?
The process includes system design, selection of sensors, controllers, and control valves. This is followed by configuration of system parameters and integration with the BMS. The entire process should be performed by an experienced expert.
8. For which facilities is cooling automation the best solution?
Automation is used in shops, warehouses, factories and industrial facilities.