Producer-consumer distributed energy production systems modeling with a new approach of recurrent synchronized fuzzy Petri Nets

The present paper proposes a tool based on fuzzy Petry Nets for modeling the recurrent of the decision functions. The analysed system- a producer-consumer distributed energy production systems is structured on hierarchical levels and is synchronized in relation with successive external requests. Thus, each hierarchical level is capable to repeatedly carry out a fixed decision scheme and executes this action in temporal windows which are progressively increased. Between hierarchical levels there is an information subsystem based and LIFO and OOPN (Object Oriented Petri Nets). The proposed structure includes also a recurrent aspect in the decision function's capability to be rerun on a hierarchical level by preserving information from the previous level. The present paper enhances similar approaches of the authors, carried out through the recurrent modeling of the monitoring function.