Distributed generation deployment in the Libyan MV network: adverse impacts on practised protection scheme in the DN
One of the most exceptional perspectives of the industrial growth taking place worldwide is the continued and abnormal increase in the energy demand. Concerns regarding the economic and environmental impacts of conventional energy sources have driven researchers and inventors to create more efficient, and less costly approaches for delivering electric energy. Utilizing renewable energy-based Distributed Generations (DGs) are likely to be employed and integrated into the Distribution Network (DN) increasingly as a prominent alternative to conventional energy sources used so far. The increased penetration of bulky DG units to the electrical network created fundamental shifts and changes in the philosophy of the operation and protection of DNs. The design of a particularly suitable protection scheme is one of the most significant technical problems associated with the integration of DG. In this study, The effects associated with the integration of DGs into The Libyan medium voltage-DN have been highlighted and discussed in details. In particular, the insufficiency of the utilized protection practices thoroughly investigated and explained. Generally applicable approaches are recommended, which can enhance the applied protection schemes in the interconnected-DN.
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