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net metering policies has contributed to the rapid   effective new sources of electricity services, rethink
                            adoption of rooftop solar photovoltaics (PV) in se-  ill-designed incentives for certain resources, and
                            veral jurisdictions, while exposing several flaws in   present a system of prices and charges that can
                            current ratemaking. The rapid uptake of solar PV   animate efficient decisions. With this framework in
                            also demonstrates how quickly customers can re-  place, all customers and producers of electricity
                            act to economic signals - whether well or poorly   services can make efficient choices based on ac-
                            designed - and the importance of proactive, rather   curate  incentives  that  reflect  the  economic  value
                            than reactive, policy-making and regulation. In mul-  of these services and their own diverse personal
                            tiple jurisdictions, challenges that once seemed   preferences.
                            insignificant have quickly become overwhelming,
                            and failure to act can catch policy makers and re-
                            gulators flat-footed.                     Core findings highlighted by
                            The framework proposed in this study is designed   the study
                            to establish a level playing field for the provision and
                            consumption  of  electricity  services,  whether  via   The only way to put all resources on a level playing
                            centralized or distributed resources. The goal is to   field and achieve efficient operation and planning in
                            remove inefficient barriers to the integration of cost   the power system is to dramatically improve prices


              New visions for transforming the energy system



              Interview with Research Co-directors of MIT’s Low-Carbon  C. Knittel: “The power system is undergoing unprecedented
              Energy Center for Electric Power Systems:       changes on the technology, market, and regulatory fronts.
                                                              Understanding and shaping this transition requires expertise
                          Christopher Knittel, George P. Schultz
                          Professor of Applied Economics, MIT, Sloan   ranging from materials science and digital signal processing
                          School of Management                to economics and political science - areas of expertise that
                          (Courtesy of MIT Sloan)             are central to the electric power systems center”.

                                                              F. O’Sullivan:  “The relative impacts of decarbonization,
                          Francis O’Sullivan, Director of research, MIT  decentralization, and digitalization vary greatly from place
                          Energy Initiative                   to place. We’re interested in understanding those impacts
                          (Dominick Reuter)                   and devising cleaner, more reliable, and more cost-effective
                                                              power system solutions”.






              The MIT Energy Initiative continues to develop and expand its   sportation, heating and cooling, and industrial sectors
              eight Low-Carbon Energy Centers, which facilitate multidisci-  away from fossil fuels and toward cleaner power sources
              plinary collaboration among MIT researchers, industry, and   that generate electricity.
              government to advance research in technology areas critical   Accommodating these changes will require the electric
              to addressing climate change. In this interview, the directors   power sector to undergo an unprecedented transforma-
              of the Center for Electric Power Systems Research discuss   tion.
              their vision for transforming the energy system.  The sector is already highly complex, requiring the pre-
                                                              cise integration of hardware, operations, and market and
              Why is research into electric power systems neces-  regulatory structures. Going forward, the deployment of
              sary to reduce carbon emissions worldwide?      renewable and increasingly distributed energy resources
              Fueling global economic development and powering   such as wind, solar, storage, and demand response will
              the lives of billions who lack access to modern energy   challenge the planning and reliable operation of the sy-
              sources will require a dramatic expansion of the world’s   stem. Simultaneously, the much-expanded digitalization
              electricity system. At the same time, efforts to mitigate   of power systems necessary to support a much more
              global climate change depend on making drastic CO    decentralized grid will result in increasing cyber risks.
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              emissions cuts—moving even larger portions of the tran-  Transforming the sector will require cross-disciplinary




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