In a probabilistic minimal cut-set-based iterative methodology for the optimal planning of interconnection among microgrids with variable renewable energy sources was introduced. In terms of planning and design models, in a novel approach, which incorporates the robust optimization for microgrid planning, was presented and this approach uses a column and constraint generation framework to decide optimal locations, sizes and mix of dispatchable and intermittent distributed generators. Nowadays, considerable efforts have been placed on the analysis and methods for microgrids planning.
In the situation mentioned above, appropriate planning methods for microgrids is crucial to ensure benefits in power grid operations, return of investments and environmental effects. Well-coordinated and managed microgrids can provide valuable benefits for both customers and utilities. From a conceptual point of view, a microgrid is a small low/medium voltage distribution system with distributed energy sources and storage devices.
#LIMIT CURTAILMENT IN HOMER ENERGY DRIVER#
Furthermore, the increasing penetration of renewable and other generation sources have been the driver for the development of microgrids. In recent years, a great deal of technical, economic, and societal factors came together to cause microgrids to become one of the critical variations in shaping the electric power infrastructure in the near horizon.
0 kommentar(er)
