Energy efficiency in refrigerated chambers is crucial for reducing operational costs and ensuring optimal performance. With rising energy prices and growing sustainability concerns, it is essential to adopt strategies that minimize energy consumption without compromising the quality of stored products.
In this article, we will explore six practical tips to improve the energy efficiency of refrigerated chambers, including innovative technological solutions that can transform cold chain management.
Image of Squair's refrigerated asset monitoring and control software, displaying data on the performance and efficiency of refrigeration systems.
1. Minimize Unnecessary Door Openings
Each time a refrigerated chamber door is opened, thermal exchange occurs, compromising system efficiency. To prevent excessive cold loss, it is recommended to use fast-opening and closing systems, especially in high-traffic areas. Additionally, raising awareness among employees about the importance of keeping doors closed can make a significant difference in energy consumption.
2. Perform Maintenance and Cleaning of the Condenser Coils
The condenser coil is an essential component for the proper functioning of the refrigeration system. To keep it in optimal condition, follow these best practices:
- Check the integrity of the coating to prevent corrosion.
- Clean regularly to remove accumulated dust and dirt.
- Ensure that ventilation grilles and the fan are unobstructed.
- Properly close maintenance records to avoid unintended interference.
Dirty condensers lose efficiency and force the system to work harder, increasing energy consumption.
3. Control the External Temperature
The temperature difference between the chamber interior and the external environment directly impacts energy consumption. An effective solution is the installation of a cold antechamber, which reduces the entry of warm air when doors are opened, minimizing the impact of temperature fluctuations. This strategy is especially useful in locations with significant climate variations.
4. Use Strip Curtains or Air Curtains
To reduce warm air infiltration, consider the following solutions:
- PVC strip curtains: An affordable option that creates a physical barrier but may reduce visibility.
- Air curtains: Form an invisible barrier and prevent cold loss with over 50% efficiency.
Both solutions effectively minimize thermal exchange and help maintain a stable internal temperature.
Image of a refrigerated chamber equipped with PVC strip curtains installed at the entrances to minimize thermal exchange.
5. 5. Properly Position the Evaporators
The strategic placement of evaporators directly influences the distribution of cold air. They should be installed at one end of the chamber and never above the doors to avoid unnecessary thermal losses. Even air distribution ensures that the system operates at maximum efficiency.
6. Connect Your Equipment with Squair for Intelligent Monitoring
Squair offers an innovative platform to maximize the energy efficiency of refrigerated chambers. With it, you can:
- Monitor the performance of your refrigerated assets in real time.
- Integrate with various brands such as FullGauge, Novus, Evco, Carel, Coel and Danfoss,
- leveraging existing infrastructure.
- Intelligently control compressor operation, reducing energy consumption by up to 30%.
- Receive personalized alerts about anomalies, allowing quick actions to prevent waste and ensure product quality.
Squair takes cold chain management to a new level, offering complete control and significant energy savings.
Image of Squair's refrigerated asset control software, featuring an intuitive, fast, and efficient control panel!
Reach a New Level of Energy Efficiency
By implementing these six strategies, it is possible to optimize energy consumption, reduce costs, and increase the sustainability of operations. Squair can take your cold chain management to a new level with intelligent monitoring and control.
Request a free demo and discover how we can help your company save energy and optimize your operations!

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