ERG has a small core faculty but a much larger group (100+) of affiliated faculty. Affiliated faculty are based in other departments on campus or at the Lawrence Berkeley National Laboratory, and share ERG’s commitment to shared learning and interdisciplinary work. They are advisors, mentors, or employers to ERG students, and serve on master’s project, […]
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.
Summer-Only Minor and Certificate in Sustainability – Summer 2018 ERG will launch a new interdisciplinary summer minor and certificate program in Sustainability in Summer 2018, open to matriculated UC Berkeley undergraduates and summer-only students. Upon completion, UC Berkeley undergraduates receive a Minor in Sustainability; summer-only students receive a Certificate in Sustainability from UC Berkeley. CURRICULUM […]
Big Give was November 17, 2016. We thank you for giving big to ERG this year! We ask you to consider pledges to the Energy and Resources Group Annual Discretionary Fund, which was established to provide program support to respond to ERG’s most urgent needs and to build on the excellence of our program. Make […]
RAEL is engaged in projects to develop the science, technology, policy needs and to foster engagements that explore the future of energy, specifically the transition to a low-cabon, environmentally, socially, and economically sustainable energy system.
Since graduating as an electronics engineer in 2004, JP Carvallo has been working, studying, and researching different aspects of the energy field. His current interests relate to varied topics in sustainable development for less industrialized economies, with a geographical focus in Latin America and Asia. He brings together different disciplines – engineering, economics, political science, and […]
José Daniel Lara was born in San José, Costa Rica. He received a B.Sc. and Licentiate in Electrical Engineering in 2009 and 2012 from the University of Costa Rica; both with an emphasis in power systems and electrical machines and MASc degree in Electrical and Computer Engineering at the University of Waterloo in Ontario Canada. Research […]
Christian is fascinated by energy end-uses’ effect on communities’ economic and political well-being. While his formal scientific background is in biorenewable resources, his focus is on the sustainable development of holistic energy solutions based on socioeconomic, geographic, and natural resource characteristics for communities both domestic and developing abroad. As well, Christian is interested in the […]
Peter’s research focus areas are information technology approaches to energy development, understanding markets for demand-side energy technology, and energy technology policy. Outside of academics, he contributes to the Lighting Global program, which supports the market for modern off-grid lighting in the developing world. Peter’s work for Lighting Global includes technical and engineering support, policy development, […]
Renewable Energy Systems in Rural Eritrea – Concepts for Three Wind-Powered, Village-Scale, Clean Development Mechanism Projects (MA ’05) Building an International Administrative Law of Expertise: Law and Science in the International Regulation of Trade, Health and the Environment. (PhD ’13)
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."
Renewable Energy Technology Systems for Remote Area Electrification in Indonesia: A Critical Review of Technology Transfer (’00 M.A.) Power Games: The Political Use of Solar Technology in Northern Thailand (04 PhD)
Greenhouse Gas Emissions Reductions, System Flexibility Requirements, and Drivers of Storage Deployment in the Western North American Power System through 2050 (PhD ’14) Ana’s PhD research is in modeling electricity systems with high penetration levels of intermittent renewable energy to identify technological and policy alternatives for cost-effective emission reductions. While her work focuses on the […]
Environmental, Economic, and Social Trade-Offs of Hydropower Relicensing (MS ’16) Joseph is interested in the social, environmental, and economic trade-offs in energy development, and in particular the social conflicts arising around utility-scale wind farm siting and hydropower relicensing. His master’s research focuses on the relicensing of the Yuba River Development Project, a large hydropower project […]
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.
Last week, the U.S. Environmental Protection Agency awarded the University of California system with the Excellence in Green Power Use Award for its investments in renewable energy, and continued progress toward reaching net-zero greenhouse gas emissions by 2025. The EPA aims to recognize organizations that “both exceed the minimum benchmark requirements for green power usage and […]
The Tiny House in My Backyard (THIMBY) team won several categories in the 2016 Sacramento Municipal District Tiny House Competition.
ERG Professor Daniel Kammen was featured in two magazine publications regarding Obama's Clean Power Plan and the impacts it might have on the U.S. population.
The Impacts of Real-Time Selling and Net Metering on Life-Cycle Costs for Residential Fuel Cell Systems (’01 MS)