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A short-term congestion management algorithm for the Italian subtransmission grid: experimental validation of the OSMOSE Zonal-EMS

Related tags

#Decarbonization #Energy Efficiency #Flexibility #Renewable Energy

Publications - Paper

A short-term congestion management algorithm for the Italian subtransmission grid: experimental validation of the OSMOSE Zonal-EMS

This paper summarizes the main results of the experimentation conducted under Work Package 5, specifically the Italian demonstrator. This document will focus on the results of the Zonal-EMS tests conducted on a section of the 150 kV sub-transmission network in Southern Italy. The results demonstrated that the zonal energy management system has the capability to detect and resolve congestion with a good degree of accuracy and precision.

The urgency to decarbonize the electricity sector is driving the widespread exploitation of non-programmable renewable energy sources. As the share of renewable energy generators increases, TSOs (Transmission System Operators) must find new ways to manage grids based on unconventional flexibility resources, such as demand response, dynamic thermal assessment, synthetic inertia, and so forth.

 

In this context, the OSMOSE project aims to develop a holistic approach to harnessing these new flexibility resources and demonstrate their feasibility through real-world demonstrators. This paper summarizes the key findings from the experimentation conducted under Work Package 5, specifically focusing on the Italian demonstrator. The document will concentrate on the results of the Zonal-EMS tests, which were conducted on a section of the 150 kV sub-transmission network in Southern Italy. The results demonstrated that the zonal energy management system has the capability to detect and resolve congestion with a high degree of accuracy and precision.

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Rif.RSE​

22005438

Destination​

114th Edition AEIT International Annual Conference, Roma, 3-5 Ottobre 2022

Publication Date

05 October 2022

Authors​

L. Orrù, G. Lisciandrello (Terna S.p.A.), G. Coletta (RSE S.p.A.), M. De Ieso, S. Gliozzi (IBM S.p.A.), M. Ramacciani, T. D’Aversa (Terna Rete Italia)

Publication Type

Paper

Projects

Optimal System-Mix Of flexibility Solutions for European electricity (OSMOSE)

Target​

Research

Related tags

#Decarbonization #Energy Efficiency #Flexibility #Renewable Energy

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