This summer, an instructional team of battery experts from industry and the University of Michigan will teach a short course in battery manufacturing. The course runs from June 19-22.
The program outline is listed below with a brief description of the topics and learning objectives that will be covered. Course instructors are experts in the various aspects of battery manufacturing, with extensive real-world expertise. The classroom instruction will be complimented with hands-on instruction in the Battery Lab at the University of Michigan. The cost for this course is $1500.
An issue that has long plagued renewable energy facilities is how to efficiently store energy collected from sun or wind.
Now, University of Michigan and University of Utah chemists have developed an energy-storing molecule that is 1,000 times more stable than current compounds, potentially leading to a longer-lived, more efficient battery.
The researchers are working to develop industrial-scale batteries that can store large amounts of energy for deployment when the sun sets or the wind stops blowing.
This winter, the Battery Lab is expanding to accommodate solid-state battery research for both external users and in-house researchers. Solid-state batteries promise higher energy density and no chance of catching fire. With more development, they could one day replace lithium ion technology.
The Battery Lab and several U-M energy storage researchers will be featured in "Search for the Super Battery," a PBS Nova special airing Wednesday, February 1 at 9 PM. During the special, host David Pogue interviews U-M professors conducting battery research and builds his own battery with Battery Lab manager Greg Less.
Producers and crew from PBS's Nova series are visiting the Energy Institute's Battery Lab this week while filming a special on the future of energy storage and vehicle electrification. Battery Lab Manager Greg Less, along with Battery Fabrication Specialist Bill Hicks, are building batteries with host David Pogue, while Professors Levi Thompson, Jeff Sakamoto and Christian Lastoskie will guide the production team through their lab spaces and give interviews about their work. UMEI Director Mark Barteau will appear to discuss the future of energy storage and transportation.
An interdisciplinary team of U-M sustainability experts and engineers has developed a “ green guide” to aid developers and operators of energy storage systems. Titled “12 Principles for Green Energy Storage in Grid Applications,” the 12 Principles offer researchers, designers and industry professionals a clear, concise picture of the most important criteria to consider when designing and operating sustainable energy storage devices and systems. The principles are detailed in the January 19 issue of Environmental Science and Technology.
Because of the intermittency of electricity production from renewables, energy storage is an important complement to renewable power. It’s a way to keep using solar energy in the dark and wind energy on a calm day. The renewable industry is growing dramatically; the US boasts twice as many solar workers as it did five years ago. The deployment of storage technologies is expected to grow in tandem as the use of wind, solar, and other renewable technologies continue to grow.
Two new Department of Energy grants that total $5.4 million will let University of Michigan engineering researchers work on “transformational” engine and battery projects. Their efforts could lead to efficiency gains in cars and trucks, the electrical grid, and beyond.
Learning from others, Michigan considers best options for future fracking
With the rapid rise in hydraulic fracturing activity, numerous government, industry, academic and environmental organizations have rushed to examine the potential benefits and impacts of high-volume hydraulic fracturing. In fact, one review of the available scientific peer-reviewed literature on the impacts of shale gas development found that the bulk, or 73%, of the studies have been published only since January 1 2013.
ANN ARBOR—The opening of the University of Michigan Energy Institute's Battery Fabrication and Characterization User Facility, or Battery Lab, today further expands the Midwest's rapidly growing battery research and manufacturing capabilities.
The open-access lab will provide space to build and test battery concepts while fully protecting the intellectual property of its users. The lab's capabilities have already attracted global user interest from startups, established corporations and academics.
"Mark Barteau, director of the University of Michigan Energy Institute, said the EPA Clean Power Plan could significantly boost renewable energy in Michigan. But he said the state should aim for even loftier goals.
Earlier this year, the Energy Institute issued a report that outlined opportunities for significantly increasing electricity production from wind and solar sources, Barteau said.
Three new kinds of battery that just might change the world (feat. Battery Lab Manager Greg Less)
So, it’s time to ask again: Why aren’t we all driving around in oxygen-powered cars? Well, the chemical reaction that produces energy in these batteries also happens to come with a considerable drawback. As it interacts with the oxygen, the aluminum degrades over time. It’s a type of battery called a “primary” cell, which means current only flows one way, from the anode to the cathode. That means they can’t be recharged. Instead, the batteries have to be swapped out and recycled after running down.
This week, technicians at the University of Michigan Battery Lab installed the facility's prismatic cell winder. The machine places punched anode and cathode coupons between layers of separator film in a precision process to create a battery similar to what you might find in your cellphone, tablet, or laptop computer. Also, it looks awesome.