What is the chemistry behind the use of Nuclear Magnetic Resonance (#NMR) technology for battery research? Watch this exclusive interview with Dr. Vick Singh, Director of R&D at Dragonfly Energy Corp, to find it out. Dragonfly Energy is a company based in Reno, Nevada, that is a leader in lithium-ion deep-cycle batteries, making renewable energy accessible and affordable. Its revolutionary, non-toxic deep cycle lithium-ion batteries are displacing lead acid batteries in vehicles, vessels, and material handling.
The future of Dragonfly is high-grade renewable energy storage through the deployment of its proprietary and patented solid-state cell technology.
Bruker and Dragonfly Energy collaborate on analytical instruments, including NMR.
NMR is a powerful analytical technique that is widely used in chemistry and materials science. In #battery research, NMR can be used to investigate the atomic and molecular structures of battery materials, providing insights into the chemical and physical processes that govern battery performance.
A major new installation by Bruker is enabling Dragonfly Energy to accelerate its pioneering battery technology research with a differentiated high-performance in-house research facility. Dedicated to lithium and next-generation solid-state battery optimization, the site features a range of high-tech analytical instrumentation to help drive the global conversion to renewable energy.
Dragonfly Energy has invested in the new facility in response to rapid growth in demand for its sustainable battery technology. Its research focuses on developing non-toxic lithium batteries in a solvent-free process and on exploring new innovations within its patented solid-state cell technology, for high-grade, renewable energy storage.
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