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Electrical distribution systems are experiencing higher amount of distributed generation (DG), which originates from societal and environmental concerns, economical benefits of local generation, and more deregulated energy systems. While having numerous advantages, the presence of DG in the system is limited by several constraining factors. In this paper, in order to allow for higher hosting capacity...
Photovoltaic Distributed Generation (PV) is experiencing a growing proliferation prompted by a mixture of favorable legislation, incentives, technology developments and cost reduction. PV installed capacities can vary from a few kW (small-scale) to several MW (large-scale). Due to its intermittent nature, increasing penetration of large-scale PV may lead to potential impacts on planning and operations...
Grid-connected solar photovoltaic distributed generation (PV-DG) units offer many benefits such as clean energy, reduced emissions and creation of new green jobs. A combination of supportive legislation, incentives, technology developments and costs decrease have favored the proliferation of PV-DG plants of different capacities, ranging from a few kVA (small-scale) to several MVA (large-scale). Due...
A growing number of North American utilities are experiencing a significant proliferation of photovoltaic distributed generation (PV-DG). PV-DG integration can pose a challenge to distribution utilities due to the variety of impacts on several aspects of distribution systems planning and operations and the fact that hitherto distribution feeders have been designed and operated for supplying unidirectional...
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