Batteries
Research in Fujian, People's Republic of China, has made significant advancements in Zn-ion batteries, highlighting their potential as a sustainable alternative for large-scale energy storage solutions. Scientists at Huaqiao University have been working to address the challenges associated with these batteries, such as dendrite growth, hydrogen evolution, and
Batteries
Researchers at Wenzhou University have made a significant breakthrough in the development of lithium-sulfur batteries. By utilizing hyaluronic acid (HA) as an electrocatalyst, the team was able to enhance the performance of these batteries by promoting the adsorption of electrolyte and polysulfides, reducing the shuttle effect, and improving the lithiation
Batteries
Research conducted by scientists from Nanjing Forestry University has led to a significant breakthrough in zinc-ion battery technology. The team developed an anisotropic hydrogel electrolyte that incorporates phosphate anions, capable of spontaneously reacting with zinc metal to form an inorganic protective layer. This innovative design addresses the instability of zinc
Batteries
Researchers from Shandong University have made a significant discovery in the field of battery technology, developing a quasi-solid-state battery with high safety and energy density. The new battery, which incorporates a quasolid gel electrolyte, shows great promise for practical applications. By leveraging the coordination between carbonyl oxygen atoms and lithium,
Batteries
Research conducted at McGill University has made a significant breakthrough in optimizing liquid electrolyte formulations for Li-ion batteries, a crucial step towards creating sustainable energy solutions. The study, published in Cell Reports Physical Science, employed a closed-loop automated approach to optimize electrolyte mixtures, demonstrating improved capacities and coulombic efficiencies. This
Batteries
Researchers from Ningbo University, in collaboration with other institutions, have made a significant breakthrough in improving the stability of lithium metal batteries. According to the study, published in the Journal of Power Sources, the team has demonstrated that PVDF-HFP-based polymers can form uniform gel electrolytes, fast Li+ transport channels, and
Batteries
Scientists at the University of Pennsylvania have made a significant discovery in the field of polymer materials, specifically in the development of comb-chain network polymer electrolytes for sodium metal batteries. The research, funded by the National Science Foundation and the University of Pennsylvania Materials Research Science and Engineering Center, has
Batteries
Researchers at North China University of Technology have made a significant discovery in battery research, developing a thermal management system that can regulate electrolyte outlet temperature and adapt to dynamic operating conditions. The system, designed for seawater-activated batteries, has been tested and shown to achieve steady-state control accuracy within ±3
Batteries
Researchers from the King Abdullah University of Science and Technology (KAUST) have made a significant discovery in the field of reversible electrodeposition of metals for sustainable batteries. The team, led by Simil Thomas, has identified the root cause of morphological instabilities and parasitic reactions at metal anodes, which hinder the
Batteries
Researchers from Jilin University in China have developed a novel solid electrolyte inspired by the structure of a sea cucumber's skin, which exhibits exceptional mechanical stability, autonomous self-healing capability, and stable lithium deposition/stripping for over 3800 hours. The electrolyte, dubbed PVCTF-SPE, has been shown to achieve an
Batteries
A team of researchers at Wenzhou University has made significant progress in the development of lithium-sulfur batteries, a crucial technology for the widespread adoption of electric vehicles. By inspiring their design from peptidyl nattokinase enzymes, the team has created a catalyst that enhances the batteries' rate capacity, cyclability, and
Batteries
Researchers at the Beijing Institute of Technology have made a groundbreaking discovery in nanoscience, pioneering the integration of an advanced composite polymer electrolyte (CPE) based on polyethylene oxide (PEO) and anti-perovskite into solid-state lithium-oxygen batteries. This innovation has the potential to revolutionize battery performance, offering exceptional ionic conductivity and long-lasting
