Remote condensers

Remote condensers are ventilated heat exchangers used in industrial air conditioning and refrigeration systems to keep operating temperatures stable and improve the energy efficiency of the refrigeration compressor. They are defined as remote since they are installed at a distance from the main unit, usually outside in order to help the heat to dissipate and optimize the performance of the whole system.

Inadequatecontrol of the condensers could lead to a significant lack of efficiency, resulting in an increase in energy consumption and below par performance of the system. In order to deal with these issues, the advanced management of the Selpro solutions ensures that there is a constant balancing of temperature, pressure and airflow, optimizing the heat exchange capacity of the condenser and improving the overall efficiency of the system.

The Selpro devices enable the energy consumption of the condensers to be considerably reduced through the intelligent management of fan speed. 

More specifically, free cooling technology allows outside air to be used to dissipate heat without having to resort to the forced function of the compressors which reduces consumption even further. Thisoptimization becomes very apparent when there are partial loads and the fansoperate at lower speeds instead of turning off, thereby ensuring the same performance with a significant reduction in operating costs and an improvement in overall efficiency.

Another key element of the Selpro solutions includes modulating control which allowsfan speed to be controlled in proportion to the cooling requirements.. This enables the machine to accurately adapt to changes in temperature and pressure, avoidingabrupt changes in speed which could generate mechanical stress, excessive consumption and excessive wear and tear on the components.

Another advantage given by Selpro devices is reduction in the noise generated by the fans: since the rotation regime is lower on average, the noise level is significantly reduced, improving comfort levels and reducing the impact of sound in the surrounding environment.

In general, optimization of energy efficiency and reduction of noise help to minimize the impact of the machine in the environment, meeting increasingly stringent corporate sustainability requirements and improving integration with the territory.