Optimization for design and operation of natural gas transmission networks

A detailed model for the optimal management of a multigood microgrid

“…In this way the actual schedule of the MG is always based on more recent and reliable forecast and forecast error impact is reduced. The advantages related to an hour-by-hour update of the optimal solution make this kind of strategy very useful and commonly adopted in many fields [12,32,33]. The use of robust programming, widely used in different application fields to further reduce the impact of error in forecast [34,35], is not implemented in this work.…”

Gas transmission networks in Europe: Connections between different entry-exit tariff methodologies

“…In particular, the increasing consumption of natural gas within the European Union has led to an even sharper growth of the literature on this specific source of energy. Research focuses on a wide variety of topics such as broad regulatory aspects [11][12][13], security of supply and socio-economic risks [14,15], optimization models accounting for operational costs of the transmission network [16,17, and references therein] and network expansions [18][19][20][21].…”

Energy and exergy recovery in a natural gas compressor station – A technical and economic analysis

“…Wu et al [14] provided a comprehensive mathematical apparatus for operational optimization of transmission systems, with various possible formulations of the objective function, the constraints and model elements. Üster and Dilaveroglu [15] demonstrated the most comprehensive optimization approach accounting both for the cost of operation and for the capital expenditure required for the network and compressor stations. Further related work concerning the optimization of transmission systems can be found in the recent review paper of Ríos-Mercado and Borraz-Sánchez [3].…”