Stanford Energy Journal – Issue 3: Grid Storage
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Informing the transition to low-carbon energy systems through energy systems analysis of energy storage for the power grid |
Post-doctoral scholars Charles Barnhart and Mik Dale assess the extent to which the energy storage industry will help us transition to a low-carbon economy. |
Charles Barnhart & Mik dale |
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The Emerging Regulatory and Policy Landscape for Grid-Scale Electric Energy Storage |
The wide expansion of utility-scale energy storage will involve a variety of policy and regulatory decisions. Stanford student Hunter Ellis takes a look forward at how this landscape will affect the industry. |
Hunter ellis
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Compressed Air Energy Storage |
Chief Scientist and Co-Founder of Sail Energy Danielle Fong discusses new innovations within the compressed air energy storage industry which dramatically improve efficiencies. |
Danielle fong |
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Batteries – Yesterday, Today and Tomorrow |
Professor Emeritus of Materials Science and Engineering Robert Huggins discusses the past, present, and future of the most common and well-known energy storage device – the battery. |
Robert A. Huggins |
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Deploying battery storage in commercial buildings: opportunities and challenges |
Buildings consume 41 percent of the total energy and 70 percent of the electricity in the US, meaning there is ample room for demand optimization using energy storage. |
Kavousian, ho, win & yip |
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Transportation’s Battery Bottleneck: Context, Challenges, and Path Forward |
Stanford Alum Kevin Hettrich describes the numerous advantages of electric vehicle transportation, as well as drawbacks which have prevented widespread penetration in the markets. |
Kevin hettrich |
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An Energy Storage Transformation in Germany? |
The need and viability of energy storage varies from place to place. How can the PV-saturated nation of Germany benefit from widescale energy storage? |
stanzl, stasio, steinhauser & weigand |
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