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Analysis & Control (EMAC) Energy Modeling
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.
Students (1 results)
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Jill Moraski
PhD
Jill is interested in addressing electric grid reliability and resilience challenges in a future characterized by economy-wide decarbonization, climate vulnerability, and deep risk uncertainty. Specifically, she’s interested in adapting best ... Continue Reading »
Alumni (4 results)
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José Daniel Lara
MS, PhD
Modeling and Simulation of Electric Power Systems with Large Shares of Renewable Energy (PhD ’22) Jose Daniel was born in San José Costa Rica, received his B.Sc. and Licentiate in ... Continue Reading »
- development
- economics
- energy
- energy policy
- Energy System Modeling
- Optimization
- power systems operation
- power systems planning
- RAEL
- transportation
- water
Patricia Hidalgo-Gonzalez
MS, PhD
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 ... Continue Reading »
- climate change
- EMAC
- energy
- Energy economics
- energy policy
- High integration of renewable energy in the system
- Hybrid Systems Laboratory at EECS
- long-term power systems planning
- RAEL
Jason MacDonald
PhD
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 ... Continue Reading »
- climate change
- demand response
- Distributed energy resources
- electric vehicles
- Electricity Grid and Markets
- EMAC
- energy
- renewable energy integration
Rebekah Shirley
MS, PhD
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.