Eden introducing its latest Heat Load Calculation and Product Selection App

时间:2023-08-31 来源:逸腾制冷 阅读量:826


In recent years, the global cold chain logistics and food processing industry has witnessed continuous growth, driving the demand for standardization and low carbon emissions. Enhancing efficiency and reducing carbon emissions has played a pivotal role in attaining sustainable development goals within this sector. A well-structured refrigeration system design can elevate the efficiency of cold storage, reduce energy consumption, and maintain the optimal temperature conditions for stored items. In the past, the conventional method of calculating heat load proved to be not only complicated and time-consuming, but also inadequate in considering many influencing factors. This often led to inaccuracies and inefficiencies when making design decisions. Today, the Heat Load Calculation and Product Selection App, powered by intelligent calculation algorithms, significantly eases the workload of refrigeration designers while ensuring the accuracy of the design outcomes.


The Eden Heat Load Calculation and Product Selection App serve as a professional heating, ventilation and air conditioning (HVAC) tool, enabling users to quickly and accurately perform various calculations and product selection based on different parameters. This is especially useful in situations where the desktop software is unavailable. The App draws on expertise of refrigeration designers and utilizes advanced algorithms, in addition to user inputs such as storage environment, stored products and cold room operations, to precisely compute heat loads for both simple and complex storage areas. It delivers comprehensive results and offers flexible adjustments to ensure accuracy and practicality.


Furthermore, the App offers comprehensive support for refrigeration equipment selection.

Based on the required heat load for the cold storage, it utilizes its built-in refrigeration equipment database and algorithms to recommend users with the best selection of unit cooler, compressor, condenser models, and product’s detailed technical specifications.


Lastly, the user-friendly interface allows refrigeration designers to effortlessly access and modify design parameters. It also offers a printable and transmittable PDF summary page, which can be easily shared via email. This offers remarkable flexibility and convenience, aiding refrigeration designers in achieving their design tasks with enhanced efficiency.