On the Interaction of Grid-Connected Converters in Smart-Grids using an Impedance-Based Approach (26-28-29 Sept. 2022)
Teacher: Proff. Paolo Mattavelli, Tommaso Caldognetto
Hours / Credits: 3cf
Dates:
September 26, 2022 time: 9:30-12:30 (prof. Paolo Mattavelli)
September 28, 2022 time: 9:30-12:30 (prof. Paolo Mattavelli)
September 29, 2022 time: 9:00-12:00 (prof. Tommaso Caldognetto)
(subject to changes - check the Calendar of the School for confirmation)
Room:
VM12 (Sept. 26 and 27)
Laboratorio didattico di meccatronica (Sept. 29)
Note: the course will be delivered in-presence and on-line, in parallel. The Zoom link is the following:
https://unipd.zoom.us/j/83844135464?pwd=c0VuRGtKWVBDTW5lK3k0TzUza2ZSdz09
Topics:
The increasing number of renewable energy sources and energy storage devices connected to the grid has the potential to progressively increase the network performance in terms of efficiency, stability and demand response, while allowing full exploitation of any kind of Distributed Energy Resources (DERs). For this purpose, the electronic power processors (EPPs) interfacing the power sources and storage elements with the distribution grid must be driven properly, controlling their active and reactive currents and harmonic distortion so as to improve power sharing, voltage stability and distribution losses. This course is aimed to give the fundamental knowledge of stability of electronic power processors used in Distributed Energy Resources in future microgrids, focusing in the interaction and stability of ac and dc microgrid using the impedance-based approach. A set of examples will be also addressed by simulation prototypes.
Admission:
Registration in the Moodle website
Examination:
A report on a specific topic of the course.
Friday, 15 October 2021, 8:00 AM
Sunday, 14 November 2021, 10:29 AM
Sunday, 31 December 2023, 11:59 PM Reservations closed