The
power, which is consumed from every village of a distribution network
separately, is an input of our programme. We haven't done a study
of the
appropriate hardware, which could work in correlation with our system,
in
order to collect the power consumption data. So, in order to present
the
power consumption in our programme, we have used random numbers.
We assume that the power consumption of every village can be a quantity
of (0-1000) KW.
The power production
of every embedded renewable power station, which
is connected to a distribution substation, is another one input. Especially
in
our project, we have chosen a hydro plant, as the study case. Therefore,
the
power production of this hydro plant is a "control number".
It means that in
our programme, we put the quantity of the hydro plant power production,
according to the results of our study. However, in any case, the production
of hydro plant, according to our study is constant.
The power production of the other renewable embedded stations has also
been taken hypothetically. It means, that we also use random numbers
in our
programme, in order to present their power production because we haven't
used the appropriate hardware, which could collect these data in correlation
with our programme.
The range of the power production of all the embedded renewable stations
(except the hydro plant which is constant) has taken (0-1000) KW.
By the same way,
we use as another one input of the system, the quantity of
the power production of a large-scale power station, which is connected
to
the transmission substation. We use only a part of the production of
the
large-scale power station, because this station is not used only to
supply
power to our distribution network, but it mainly supplies its power
to all the
transmission network in which is connected. We assume that the range
of
its production is between (0-4000) KW and we can use, when it's necessary
only 1000 KW.
The power of the
grid is input too.
Outputs
Power that is
supplied to the customers (distribution network), from the
Distributed Power Stations.
Power that is
supplied to the customers, from the Large-Scale Renewable Station.
Power that is
supplied to the customers from the Grid.
Total value of
power that is supplied to the distribution network,
(integer & binary format).
Maximum, Minimum
& the Average Value of the Power, which is
consumed from the distribution network, per 1 hour.
Maximum Value
of the Energy Consumption of the distribution network, per 2 sec.
Graph of the Total
per 2 sec Power Consumption of the distribution network.
Graph of the Power
Consumption per 2 sec of every village of the
distribution network, separately.