A Contribution for the Management of Electrical Complex Systems

Hyper-integrity requirements are increasingly indispensable for constantly connected human activity and especially for data centers, hospital complexes, institutional buildings, mission critical loads, which require a complex configuration for energy distribution. This paper presents some important models for executing safety and integrity procedures of a complex system. For a valid contribution to the safety of the plants and the operators themselves, it is essential to share a common approach for the design and management of the operation of a system and therefore for a shared theory. In a complex electrical system, the nodes - electrical panels are the elements to be managed in a controlled manner and in a coherent manner with each other as a single entity applying an approach of flock logic based on a constrained adjacency. The competence of the operational staff must be adequate to the needs of the system. Consequently, electrical systems can offer different performances in relation to the competence of the operators, considering that safety must be the priority of the electrical system.