The consumption of every single stationary appliance, water and gas is monitored and, with the help of time-course graphs, it is possible to check consumption at any time and to make a comparison with data relative to previous months or years. If a photovoltaic system is there, its energy production is constantly monitored and the switch-on of certain domestic appliances during the hours of maximum energy production is scheduled, so as to facilitate self-consumption of the energy produced.
Energy Saving
Electricity Consumption
Il consumo di ogni singolo elettrodomestico fisso, acqua e gas viene monitorato e, attraverso grafici con andamento temporale, si ha la possibilità di verificare in ogni istante il suo consumo e fare un confronto con i dati relativi a mesi o anni precedenti. In caso di presenza di un impianto fotooltaico, la sua produzione di energia è monitorata costantemente e viene programmata l’accensione di alcuni elettrodomestici negli orari di massima produzione agevolando l’autoconsumo dell’energia prodotta.
Energy Saving
Electrical Load Management
With data on consumption of household appliances and total domestic electric consumption available, it is possible to manage the loads and to limit the power consumed, through a logic that automatically releases the appliances, keeping power consumption underneath contractual agreement, avoiding the switch-off of the electrical meter. When getting back below the threshold, appliances are automatically powered and ready for use.
Energy Saving
Electrical Load Management
With data on consumption of household appliances and total domestic electric consumption available, it is possible to manage the loads and to limit the power consumed, through a logic that automatically releases the appliances, keeping power consumption underneath contractual agreement, avoiding the switch-off of the electrical meter. When getting back below the threshold, appliances are automatically powered and ready for use.
Energy Saving
Photovoltaic system
In presence of a photovoltaic system with battery storage, or UPS, it is possible to manage a parallel logic that, in absence of voltage in the energy network, constantly monitors the residual charge left on batteries releasing the loads gradually according to the actual charge, while at the same time keeping active some light spots performing the action of emergency lights.
Energy Saving
Photovoltaic system
In presence of a photovoltaic system with battery storage, or UPS, it is possible to manage a parallel logic that, in absence of voltage in the energy network, constantly monitors the residual charge left on batteries releasing the loads gradually according to the actual charge, while at the same time keeping active some light spots performing the action of emergency lights.