Mattia Calleri
Market based optimization of a utility scale grid connected battery (case study Edison Altomonte).
Rel. Silvia Bodoardo. Politecnico di Torino, Master of science program in Energy And Nuclear Engineering, 2023
Abstract
In a context of energy transition and increasing intermittency of the electricity fleet due to the growing Renewable Energy Sources (RES) plants, the large - scale use of storage systems, such as Battery Energy Storage System (BESS) becomes necessary to contribute to the stability of the complex energy apparatus and encourage the abandonment of conventional production plants, still relying on fossil fuels. In this thesis project it was analysed the behaviour of a grid connected BESS facility owned by Edison S.p.A., located in the South of Italy, in Calabria region, Altomonte (CS). The work is aimed at studying the optimization potential of the Lithium - ion based battery plant within the current and future energy trading background.
The system, whose energy performance has been examined, has been treated as an independent asset connected to the electric network, able to exchange energy and generate revenues according to the energy market regulations
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