Stanford University

Stanford researchers participated as collaborators in the atomic-scale fuel cell catalyst study[1].

Bloom Energy was founded out of Stanford University in 2001.

Researchers at Stanford University conducted a groundbreaking study that identified hydrogen as a contributor to rechargeable battery degradation.

Research from this university was cited to support the efficacy of the hydrogen fuel cell technology in reducing energy costs and fossil fuel dependence.

Renowned for its sustainability efforts, Stanford University is mentioned as an example in North America, with initiatives generally involving energy conservation and waste reduction.

Dr. Naomi Boness, an energy expert from Stanford University, participated in a podcast discussing hydrogen fuel.

Relies entirely on green electricity for its cooling and heating systems, with extensive solar power facilities that can power approximately 20,000 households.

Published a report containing information on electric vehicles, but did not include the impact on consumer costs.

Researchers from Stanford University, including Professor Mark Z. Jacobson, co-authored a report on the environmental impact of blue hydrogen.

Stanford University was mentioned as having published research in August that found blue hydrogen pollutes more greenhouse gas than burning gas or coal for heat.

Institution where Mark Jacobson conducts research on hydrogen production and environmental impact.

The Precourt Institute for Energy at Stanford University evaluates the open-source ZETBTA study, providing academic-level guidance for transit agencies.

The Natural Gas Initiative from Stanford University was a collaborator in sponsoring the Hydrogen Energy Dialogues virtual event.

The research team from Stanford University developed a new method to improve anti-solar energy generation.

Researchers from Stanford University collaborated with SLAC National Accelerator Laboratory to develop and test a novel catalyst for hydrogen production.

Researchers from Stanford conducted a study on wind energy farms, discovering a new method called wake steering to improve electricity generation.

Stanford researchers from the School of Humanities and Sciences developed a novel seawater electrolysis method for clean hydrogen production. The research was published in the Proceedings of the National Academy of Sciences.

Engineers at Stanford University designed a lung-like device for generating clean fuel cell power.

Stanford researchers developed the DeepSolar machine learning system to identify and map US solar panel installations using satellite imagery and AI technology.

Stanford University has announced its plan to achieve 100 percent renewable energy by 2021, driven by the construction of a second solar-generating plant. This initiative aims to significantly reduce its carbon footprint and greenhouse gas emissions.

Stanford researchers, led by electrical engineer Shanhui Fan, developed a hybrid solar device that simultaneously generates energy and cools buildings through radiative cooling.

The university where graduate student Xinjian Shi and his advisor Xiaolin Zheng are conducting research on clean hydrogen production methods.

Stanford University researchers developed a new liquid metal flow battery for grid-scale energy storage. The team is led by researchers including Ph.D. candidate Antonia Baclig.

Researchers from Stanford University have developed a new water-based battery system that can store renewable energy and produce hydrogen.

Mentioned in a 2019 update as having developed a separate method to produce hydrogen from seawater.