The analyzed system employs a cogenerator cooled by a water flow, which removes heat to transfer it to another user and disperse the excess into the environment.
Before the installation of HTF Compact Eco, the removed heat was not dissipated efficiently, making it necessary to use auxiliary fans, resulting in additional energy consumption.
The adoption of HTF Compact Eco has significantly improved heat exchange, optimizing heat transfer both to the user and the external environment. This has allowed for a reduction in the use of auxiliary fans, enhancing the overall system efficiency and reducing energy consumption. Although HTF Compact Eco is typically used in thermodynamic cycle systems such as chillers and heat pumps, this result demonstrates its effectiveness even in non-conventional applications, where heat must be dissipated rather than recovered. The achieved success confirms the added value of the solution in energy optimization, regardless of the application context.