One nagging concern U.S. consumers have about electric vehicles (EVs) is the ability of these battery-operated cars and trucks to get you where you want to go without running out of power. Nobody wants to be stuck at a charging station for long in the middle of a trip, or … [continued]
This second round of US DOE Solar Energy Technologies Office projects we’re looking at concern Systems Integration and AI Applications in Solar Energy with Emphasis on Machine Learning. Below are DOE summaries of how it intends to help on these topics as well as awardee details from the DOE.
Continuing a decades-long trend, the US Department of Energy (DOE) has put a few million dollars into further research and development of solar power technologies — $130 million, to be precise.
Having lost the fight to save coal jobs, the Trump administration is twiddling its thumbs as the bioeconomy threatens oil and gas jobs.
More than 8 years ago, researchers from the University of Delaware (UD) and Delaware Technical College (DTCC) put forward a rather “radical” idea — to deal with wind and solar power’s intermittency while also acknowledging wind and solar power’s falling costs, why not just overbuild wind and solar power plants in the future?
More bad news for oil and gas stakeholders, new high tech plastic recycling-upcycling research center launches at University of Delaware.
In the second episode of a two-part podcast interview for CleanTech Talk, Michael Barnard, Chief Strategist of TFIE Strategy Inc. and CleanTechnica contributor, and A.R. Siders, core faculty at the University of Delaware’s Disaster Research Center, continue their talk about A.R.’s work as a preeminent U.S. researcher in managing retreat in the face of climate change.
In the first episode of a two-part podcast interview for CleanTech Talk, Michael Barnard, Chief Strategist of TFIE Strategy Inc. and CleanTechnica contributor, and Dr. A.R. Siders, core faculty at the University of Delaware’s Disaster Research Center, sit down to talk about A.R.’s work as a preeminent U.S. researcher in managing retreat in the face of climate change.
The University of Delaware has created a new curriculum to train professionals for work in the offshore wind industry, which is expect to grow exponentially along the northeast coast of the US in coming years.
Constructing offshore wind turbines in port rather than onsite in variable conditions has been found to be the most cost-effective method, according to research published this week by researchers from the University of Delaware.
