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Traditionally, candidate lines for the transmission expansion planning are manually selected, which faces great challenges in terms of multi-regional planning and large penetration of renewable energy sources (RES). In this paper, an approach is proposed to select candidate set of transmission lines automatically. The utilization level of RES can be ensured by the created candidate set. Through the...
As the increasing integration of renewable energy sources (RES), the problem of transmission expansion planning (TEP) is facing more and more challenge from the uncertainties of loads and RES generations. In this paper, a two-stage mathematical model for the TEP problem is presented to minimize the sum of investment costs and generation costs. To ensure the utilization level of the RES generation,...
Grid-connected photovoltaic (PV) power plants and distributed PV system installations are becoming a reality. The uptake of such technology is expected to accelerate during the next decade especially in regions such as Southern Europe due to the presence of high solar irradiance and the continuous pressure for the implementation of numerous renewable energy generation technologies. In the light of...
The present status and future prospects of FACTS devices and HVDC technologies for modernizing future power systems are reviewed and discussed. The power system across continental Europe is continuing to change due to the integration of renewable energy sources into power grids, leading to the growing need for advanced FACTS and HVDC control with the possibility of integration with wide area stability...
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