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A DYNAMIC FRAMEWORK FOR INTEGRATION OF RENEWABLES IN SMART GRIDS
October 18, 2017 @ 12:00 pm - 1:00 pm
Co-sponsored by: Temple University
Two major players in a smart grid are renewables and flexible consumption. The former is necessitated by global concerns of sustainability and greenhouse gas emissions, and dwindling resources of fossil fuels. The latter is enabled through the feasibility of fast and large-scale communication and the growing acceptance and economic potential of flexible consumption. Introduction of these two players brings with it a host of challenges, many of which stem from the introduction of complex and uncertain dynamics at various time-scales. In order to assess the impact of these dynamics, and realize the desired goals of a smart grid, of delivering affordable and reliable power to all end-users, an end-to-end framework that is dynamic, and allows the deployment of various analysis and synthesis tools of stability, estimation, optimization, and control is needed. This framework should not only encompass the physically relevant, and traditional timescales of frequency and voltage control, but economically relevant market-based decisions for planning and economic dispatch. More importantly, this framework should address the interactions between the former active-control components that manipulate physical variables and the latter transactive-control components that manipulate economic variables. In this talk, recent results developed in the AAC laboratory at MIT related to the development of such a dynamic framework will be presented.
Speaker(s): DR. ANURADHA ANNASWAMY,
IEEE Control System Society, Distinguished Lecture
Bldg: Engineering Building
1947 N. 12th St