For this reason, it has developed the “Green” module. This module allows surplus renewable energy to be converted into thermal energy thanks to the self-control feature of the Isycad installation (software that allows the installations’ parameters to be controlled) in terms of the product stored in each chamber.
By implementing this module, users can reduce consumption from the conventional electricity mains network and optimise production efficiency of the renewable energy system, consuming all the solar production. This results in a reduction in the costs associated with energy consumption and the subsequent decrease in the emission of polluting greenhouse gases.
The “Green” module of the software enables the creation of a completely sustainable system through the thermal accumulation of the surplus and the optimisation of the different components of the refrigerating installation for this purpose. All of this allows up to 100% of the renewable energy generation to be taken advantage of for self-consumption.
The incorporation of the “Green” module has shown highly rewarding results in combination with photovoltaic solar panel plants, standing out as an essential component to alleviate the peaks in demand, decreasing mains consumption during the periods of greatest energy needs and to reduce the amortisation period of the solar panel plant.
The system allows the stored thermal energy from the surplus that would have been dumped or wasted without the “Green” module, to be taken advantage of during the night hours or at times of low solar production. This strategy comes into play avoiding the need to start up the engine room for long periods, obtaining savings of up to 70% in electricity costs and contributing to the transition towards more sustainable, efficient practices in energy terms.
