Abstract
Strong evolutions are taking place for a modern distribution automation grid, with increased missions generating more and more reasons for cybersecurity. New control technologies with fast and wide area communication will require a modern approach addressing cyber security aspects, for design as well as for operation phases. This study describes the perspectives for the design of distribution automation architecture and devices addressing the cyber security aspect of the modern grid. It refers to topics such as data encryption, secured communication protocol implementation and routine security procedures to protect the distribution grid against cybersecurity attack and unintentional misuses.
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