Pierluigi Gallo

TL;DR: In this article, a real-time attribution of power losses to each transaction involving one generator and one load node is done by defining some suitable indices, and the experimental section of the paper considers a medium voltage microgrid and two different operational scenarios.

TL;DR: This paper experimentally proves the feasibility of the wireless MAC processor concept over ultra-cheap commodity WLAN hardware cards by reflash the firmware of the commercial Broadcom AirForce54G off-the-shelf chipset, replacing its 802.11 WLAN MAC protocol implementation with the proposed extended state machine execution engine.

TL;DR: A wide perspective is proposed about the application of the blockchain technology in the power systems area, clarifying some technical aspects concerning this promising technology, the features and applications developed so far, while focusing on the future of innovative applications in the electrical energy sector.

TL;DR: A method for remuneration of reactive power provision, integrated into the blockchain, allows evaluating the contribution to voltage regulation and increases the transparency and cost traceability in the transactions.

TL;DR: This work introduces MAClets, software programs uploaded and executed on-demand over wireless cards, and devised to change the card's real-time medium access control operation, and envision a new architecture for wireless cards based on a protocol interpreter and a powerful API.