Category: Projects
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Determinants of technology improvement
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Technologies change over time at different rates. Here we study the factors that drive technology evolution, and we ask why some technologies improve more quickly than others.
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Energy efficiency through personalized incentives
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Coordinated small changes in individual travel behavior (such as route choice, departure time, and travel mode) have the potential to produce significant reductions in regional transportation energy use. The Tripod (Travel Incentives with Prediction, Optimization and Personalization) project aims to design, test, and optimize a decentralized mobility market and information system to influence travelers’ behavior and nudge it…
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Value of storage technologies
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Stationary and mobile energy storage technologies can synchronize energy demand and supply, but need to be evaluated against energy consumption patterns. Here we analyze energy consumption patterns against an intermittent energy supply — from wind and solar energy or vehicle charging stations — to evaluate diverse storage technologies and their development trends.
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Dynamic environmental impacts of technologies
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The impacts of technologies depend on various factors, including the background state of the environment.
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Risks and scalability of new technologies
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We are developing ways to assess the risks of existing and new technologies in terms of cost and other performance metrics. This includes asking how such risks may change with the scale of a technology’s adoption.
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PV design optimization
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Photovoltaics provide a promising energy technology with a vast resource base and a history of rapid improvement. This work centers on photovoltaics’ design and cost evolution.
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Climate change mitigation potential of energy technologies
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Here we translate broad, high-level climate targets into practical performance targets for energy technologies in terms of their cost and carbon intensities.