Circutor DISPENSER Series Instrukcja Użytkownika Pobierz pdf (Strona 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 lled according to the contracted ow rate. In the case of the Dispenser, the tank

is lled constantly at a rate proportional to the contracted energy. If this ow rate is insufcient,

the contract can be modied 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 lling 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 lling rate is higher than the emptying rate, so

the tank is usually lled 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

nd the balance between load and consumption.

 Excessive consumption; in this scenario, the lling 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 lling/emptying procedures.

Dispenser Universal System

Instruction Manual

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Circutor DISPENSER Series Instrukcja Użytkownika Strona 10