Australian scientists invent "super capacitor" new material

On the 1st, The Australian National University announced that its researchers have developed an advanced insulating material capable of storing more electrical energy while using less power. This breakthrough material has the potential to revolutionize the production of "super capacitors," which can be applied in renewable energy systems, electric vehicles, defense, and aerospace industries, offering significant technological value. The new material is based on rutile, a form of titanium dioxide, coated with a composite of ruthenium and indium. Compared to existing materials, it exhibits superior performance, allowing for greater energy storage and lower energy consumption. Most notably, it remains stable and functional across a wide temperature range—from as low as -190°C to as high as 180°C—making it highly versatile for various applications. Dr. Liu Yu, an associate professor at the university who contributed to the research, highlighted the material's promising future. He stated that with further development, this innovation could lead to the creation of next-generation super capacitors, helping overcome current limitations in energy storage and enabling major advancements in renewable energy, electric mobility, and defense technologies. Professor Ray Withers, another researcher involved in the project, emphasized the material’s importance for wind and solar power generation. He explained that the electricity generated by these sources fluctuates depending on environmental conditions. To integrate this power into the grid effectively, a stable current is essential to prevent damage to the system. This is where large capacitors come in, helping to balance the output. The new material is perfectly suited for this purpose, offering a reliable and efficient solution. The findings were recently published in the latest issue of *Nature Materials*, one of the most respected scientific journals. Dr. Liu also mentioned that after five years of research, the material is not only environmentally friendly and non-toxic but also made from abundant and sustainable resources. (Reporter: Xu Haijing)

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