This paper proposes an approach to integrate HVDC (High Voltage Direct Current) line models in the open access tool MOST. MOST is an extension of the well-known Matpower simulation environment, and it can solve multiperiod linearized optimal power flow problems. This feature is very important nowadays since the ever-growing penetration of non-programmable renewable energy sources together with energy storage devices in the worldwide power systems makes it necessary to solve multi-period power flow simulation to analyze some particular scenarios. The current version of MOST does not allow considering HVDC connection in its library; for this reason, this paper proposes an approach to easily consider HVDC line in the MOST environment. This is intended as a contribution to help improve and disseminate this powerful open access simulation tool.

Implementing HVDC Line Modeling in MOST Simulation Environment for Multi-period Optimal Power Flow

Sessa, Sebastian Dambone;Sanniti, Francesco;
2025

Abstract

This paper proposes an approach to integrate HVDC (High Voltage Direct Current) line models in the open access tool MOST. MOST is an extension of the well-known Matpower simulation environment, and it can solve multiperiod linearized optimal power flow problems. This feature is very important nowadays since the ever-growing penetration of non-programmable renewable energy sources together with energy storage devices in the worldwide power systems makes it necessary to solve multi-period power flow simulation to analyze some particular scenarios. The current version of MOST does not allow considering HVDC connection in its library; for this reason, this paper proposes an approach to easily consider HVDC line in the MOST environment. This is intended as a contribution to help improve and disseminate this powerful open access simulation tool.
2025
2025 AEIT HVDC International Conference, AEIT HVDC 2025
2025 AEIT HVDC International Conference, AEIT HVDC 2025
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/3565505
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