Search Results for: electricity storage

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Energy Modeling, Analysis & Control (EMAC)

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.

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Affiliated Faculty

ERG has a small core faculty but a much larger group of affiliated faculty. Affiliated faculty are based in other departments on campus or at the Lawrence Berkeley National Laboratory, ... Continue Reading »

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Students (1 results)

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Gorman, Will

Will Gorman

MS, PhD

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 ... Continue Reading »

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Alumni (3 results)

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Williams, Jim

Jim Williams

MS, PhD

M.S. 1986 – A Vehicular Power Plant Application of the Monolithic Solid Oxide Fuel Cell Ph.D. 1995 – Fan-Lizhi’s Big Bang: Science and Politics in Mao’s China ERG alumnus Jim Williams, now ... Continue Reading »

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Preskill, Autumn

Autumn Preskill

MS, PhD

Autumn Petros-Good received her B.S. in Engineering from Harvey Mudd College in 2009, and her M.S. from ERG in 2011 and her PhD from ERG in 2015. She worked on ... Continue Reading »

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Mileva, Ana

Ana Mileva

MPP, MS, 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 ... Continue Reading »

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News (8 results)

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ERG Kammen on New Berkeley Study — “90% carbon-free electricity achievable by 2035”

ERG Kammen on New Berkeley Study — “90% carbon-free electricity achievable by 2035”

In a new Berkeley study “2035 – The Report: Plummeting Solar, Wind, and Battery Costs Can Accelerate Our Clean Energy Future,” ERG professor Dan Kammen comments that its findings of the U.S. being able to achieve 90% carbon-free, “clean” electricity could become a reality. "That goal – 90% carbon-free electricity by 2035 – can be achieved without increasing consumer electricity costs 'at all,'" Kammen states. "Solar, wind, and storage costs have fallen so significantly that even conservative leaders, conservative states, districts, countries can legitimately look at renewables, and actually economically need to look at renewables, as their next purchases.”

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ERGies Contribute to IEEE “Electricity for All: Issues, Challenges, and Solutions for Energy-Disadvantaged Communities”

Challenges ERGies Contribute to IEEE “Electricity for All: Issues

Several ERGies recently contributed articles to an IEEE Special Issue on "Electricity for All: Issues, Challenges, and Solutions for Energy-Disadvantaged Communities."

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A Battery of Choices – Energy Storage in the 21st Century

A Battery of Choices – Energy Storage in the 21st Century

As the world moves away from using traditional fossil fuels and towards sources of renewable energy like wind and solar, securing cost-effective ways to store this electricity is essential. ERG ... Continue Reading »

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ERG Professor Kammen on How California’s Power Outages Pose New Challenges

ERG Professor Kammen on How California’s Power Outages Pose New Challenges

ERG Professor Dan Kammen was recently featured on U.S. News explaining the severity of California's energy shortages. Despite pandemic restrictions that have somewhat reduced overall electricity demand in California, Kammen points out the rising demand for electricity due to heat waves. "Investments in electricity storage and distribution would [allow California avoid future rolling blackouts]. But those could be expensive, and even harder to budget for at a time when the state faces huge deficits amid the pandemic-related slowdown," Kammen stated.

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‘Cheaper to save the climate’— ERG Professor Lara Kueppers Comments on Clean Energy Study

‘Cheaper to save the climate’— ERG Professor Lara Kueppers Comments on Clean Energy Study

Following a recent UC Berkeley study showing how the United States can achieve 90% clean electricity by 2035, ERG Professor Lara Kuepper commented on the importance of reducing harmful emissions. This report, featured on The Daily Californian, found that by "prioritizing energy generated from wind, solar and battery storage, decarbonizing electricity at a rapid rate is possible."

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ERG Research Shows Reliability of Independent Solar Power in Sub-Saharan Africa

ERG Research Shows Reliability of Independent Solar Power in Sub-Saharan Africa

Nature Energy recently published research by ERG PhD Student Jonathan Lee and Professor Duncan Callaway quantifying the cost of reliability for decentralized solar and battery systems in Sub-Saharan Africa. Their ... Continue Reading »

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Paper Authored by PhD Candidate Noah Kittner and Professor Dan Kammen Published in Nature Energy

Paper Authored by PhD Candidate Noah Kittner and Professor Dan Kammen Published in Nature Energy

Noah Kittner and Dan Kammen's new paper, "Energy stor­age deploy­ment and inno­va­tion for the clean energy tran­si­tion," was published in Nature Energy on July 31, 2017

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Renewable Dis-integration?

Renewable Dis-integration?

ERG associate professor Duncan Callaway co-authored this post with ARE associate professor Meredith Fowlie for the Energy Institute at Haas blog on grid dis-integration and the potential economic effects of grid defection.

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Topics (1 results)

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Gorman, Will

Will Gorman

MS, PhD

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 ... Continue Reading »

Go to Will Gorman's page