Future development of the electricity systems with distributed generation |
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Authors: | Angel A. Bayod-Rú jula |
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Affiliation: | Department of Electrical Engineering, Centro Politécnico Superior, University of Zaragoza, C/María de Luna, 3, 50018 Zaragoza, Spain |
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Abstract: | Electrical power systems have been traditionally designed taking energy from high-voltage levels, and distributing it to lower voltage level networks. There are large generation units connected to transmission networks. But in the future there will be a large number of small generators connected to the distribution networks. Efficient integration of this distributed generation requires network innovations. A development of active distribution network management, from centralised to more distributed system management, is needed. Information, communication, and control infrastructures will be needed with increasing complexity of system management. Some innovative concepts such as microgrids and virtual utilities will be presented. |
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Keywords: | AC, alternating current CHP, combined heat and power DC, direct current DER, distributed energy resource DG, distributed generation EMS, energy management system FACTS, flexible AC transmission system HVDC, high-voltage direct current ICT, information and communication technology LMS, local management station pcc, point of common coupling RES, renewable energy source WECS, wind energy conversion system |
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