CIRCUTOR DISPENSER Series - Manual (Page 10)

Energy can be stored in the Dispenser so that it is readily available. The capacity of the Dis-
penser would be equivalent to that of the water tank, i.e., the larger the tank, the higher the
volume of water available.
The tank is filled according to the contracted flow rate. In the case of the Dispenser, the tank
is filled constantly at a rate proportional to the contracted energy. If this flow rate is insufficient,
the contract can be modified and adapted to current needs.
The consumption of water is equivalent to the consumption of energy, i.e., the higher the con-
sumption rate, the quicker the tank will be emptied. In particular, there are three different sce-
narios:
 Balanced consumption, the filling and emptying rate of the tank is very similar, so
there is always an acceptable level of water that can meet the needs of users at all times.
 Low consumption; in this scenario the filling rate is higher than the emptying rate, so
the tank is usually filled up to the top. This is not the optimum scenario, since the purpose
of the management system is not to store the maximum amount of water (energy), but to
find the balance between load and consumption.
 Excessive consumption; in this scenario, the filling rate is much slower than the emp-
tying rate, so the tank is fully drained leaving no available water (energy), which leads to
a critical situation.
Figure 4: Management of the water tank filling/emptying procedures.
10
Dispenser Universal System
Instruction Manual