Energy consumption

By introducing the Smart Home system, the precise control of the different elements (valves, light intensity, fan speed, etc.) is enabled based on the current parameter values (temperature, presence in the room, daylight, etc.) which would not be achieved only through manual control.

Some of the examples of the advantages of automatic control are:

- Turning off the lighting outside of working hours: all the lighting is turned off during the late evening and night hours in the rooms in which it doesn’t need to work,

- Turning off the heating/cooling: heating and cooling the rooms are automatically turned off after leaving them or in case that the room is empty for some time, which is how a large percentage of electricity can be saved,

- The preparation of water depending on the outer temperature: the temperature to which water is heated/cooled for the needs of the facility changes depending on the outside conditions, which is how wasting of energy is prevented (especially in the transitional part of the year),

- The regulation of valves, shutters, fans, etc.: depending on the external, internal and defined parameters, the defined and desired temperature value and quality of air in the room are achieved through the precise regulation of the stated elements, without the effects of overheating, bad ventilation, etc.

You can see your hourly, daily, weekly, monthly and annual consumption of energy at any moment. Moreover, in order to optimize and save energy better, you can compare the consumption within two years or two months and see at which period you spent most of it.

By applying the stated measures, it is possible to reduce the consumption of energy in a facility by 10-30%. The experts from the ION Solutions Company have successfully developed, tested and integrated advanced controlling algorithms in tens of facilities in which this system was implemented. These algorithms depend on the latest achievements in the field of artificial computer intelligence, and they are an additional advancement in the control of the subsystem to additionally reduce the consumption of energy and optimize control.