The third stochastic data is the electricity consumption of the
GSM base station. The data are collected from a base station in
Urla, Izmir for every hour of the day. In this study, the existence
of a seasonal effect on the GSM base station’s electricity consumption
is ignored. The statistical data are collected in 15 random days
in each season, fall, winter, spring, and summer. Hence, totally
15 4 = 60 electricity consumption data are collected for an hour
(e.g. for 1.00 pm). Then these data are fitted to theoretical distributions
without considering seasonal effects. Fig. 5 illustrates the
hourly mean electricity consumption values of the GSM base station.
And the fitted distributions are given in Table 4.
The output of the wind generator and PV panels are DC power
and inverter converts it to the AC power.
The third stochastic data is the electricity consumption of theGSM base station. The data are collected from a base station inUrla, Izmir for every hour of the day. In this study, the existenceof a seasonal effect on the GSM base station’s electricity consumptionis ignored. The statistical data are collected in 15 random daysin each season, fall, winter, spring, and summer. Hence, totally15 4 = 60 electricity consumption data are collected for an hour(e.g. for 1.00 pm). Then these data are fitted to theoretical distributionswithout considering seasonal effects. Fig. 5 illustrates thehourly mean electricity consumption values of the GSM base station.And the fitted distributions are given in Table 4.The output of the wind generator and PV panels are DC powerand inverter converts it to the AC power.
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