  In the present paper will be discussed the problem related to the individual
household electric power consumption of objects in different areas-industry,
farmers, banks, hospitals, theaters, hostels, supermarkets, universities. The
main goal of the directed research is to estimate the active P and full S power
consumptions for all studied buildings. The defined goal is achieved by solving
of the following three problems. The first problem studies which buildings
increase their power consumption. The second one finds which objects have the
greatest increase of power consumption. And the third problem regards if it is
possible to make a short-term forecast, based on the solutions of previous two
problems. The present research and solving of the aforementioned problems is
conducted using fractional Brownian motion theory. The applicability of this
approach is illustrated on the example with 20 real objects in different areas.
The paper ends with conclusion notes about possibilities to make short-term
forecasts about power consumption of the considered buildings.
