The Energy Modeling, Analysis and Control (EMAC) group addresses the engineering and techno-economic challenges to decarbonizing electric power systems. Our work ranges from applied to theoretical. Much of our work focuses on building new control and optimization frameworks to facilitate the operation of low carbon grids.
Anna Brockway is a graduate student in the Energy and Resources Group and Electrical Engineering at UC Berkeley. Anna studies how electric power systems are changing—and how they must change—in response to existing and emerging stressors. Her work has focused on stressors to conventional power system operation including climate change, renewable energy, electrification, and public […]
Effects of Electricity Consumption and Rate Design on Solar Plus Storage-enabled Grid Defection (MS ’19) Will’s primary research interests involve assessing the opportunity for distributed energy resources to participate on the electric system while investigating their technical impact on the grid. Prior to joining ERG, he worked for the Brattle Group’s utilities group in Boston […]
Learning and Control Systems for the Integration of Renewable Energy into Grids of the Future (PhD ’20) Patricia is a Ph.D. candidate at UC Berkeley co-advised by Daniel Kammen and Claire Tomlin. She obtained an M.S. from the Energy and Resources Group, UC Berkeley (2016). She graduated with highest honors as an Industrial and Electrical […]
Jose Daniel was born in San José Costa Rica, received his B.Sc. and Licentiate in Electrical Engineering from the University of Costa Rica in 2009 and 2012 respectively, his M.Sc. degree in Electrical and Computer Engineering from the University of Waterloo, Canada in 2014, and his M.S. in Energy and Resources from the University of […]
The Cost of Reliability in Decentralized Solar Systems in Sub-Saharan Africa (MS ’18) Jonathan studies transitions in electric power systems and electricity markets, specifically microgrids and distributed energy resources, the role of new technologies in grid planning, and the effects of the physical structure of power systems on social equity. He is interested in both […]
Designing and Adapting Appropriate Socio-Technical Systems for the Renewable Energy Transition (PhD ’18) Nkiruka has expertise in solar grid integration and climate policy in California, and in electricity access in Sub-Saharan Africa and Southeast Asia. She draws from engineering and urban planning disciplines to envision how the renewable energy transition could lead to equitable socio-technical […]
Michael Cohen puts the power and complexity of the grid into students' hands via a video game. We asked Michael about his innovative project and his unique experience at ERG. "In addition to developing the game itself, I am working with teachers at local high schools to develop curriculum around it and try it out with their students this year. I hope to not only create a solid educational product but also gain some insights into how technology can be used to support learning about complex systems in general."
Jason is interested in optimization and control of distributed energy resources to support renewable energy integration into the electricity grid. He works at Lawrence Berkeley National lab researching wholesale electricity market integrated demand response and electric vehicles, particularly to provide fast reliability services. He graduated with from University of Michigan with an MS in Natural […]
Rebekah Shirley believes that there is more than one path to a bright, energy secure future. Developing nations strive to connect more and more of their communities to energy. Many have emulated the fossil fuel intensive model of developed nations, but Rebekah believes that this is not necessarily the only way.
Several ERGies recently contributed articles to an IEEE Special Issue on "Electricity for All: Issues, Challenges, and Solutions for Energy-Disadvantaged Communities."
ERG team study showing how off-grid power can improve equality in energy access published in Nature Climate Change. Interview with lead author Peter Alstone.
Optimal Renewable Power and Synergism on the Western Interconnect (’09 MS)