Citibelieves that the global battery industry chain is entering its second round of capacity expansion. With demand growth ...

Scientists have created an oxygenated carbon nanotube-linked chromium oxide and magnesium cobaltate heterostructure that ...

Nanoramic launches NXSP binder catalog for lithium-ion electrodes, boosting energy density and lowering costs with advanced ...

Lab developed a solid-state battery technology that removes the substrate, raising energy density to 500-750 Wh/L, up to 10 ...

Fraunhofer ISE has developed a new battery cell architecture that increases energy density by 15% and lowers production costs ...

Researchers in China have grown a nanoflower-like FeOOH/MXene composite by electrodeposition that delivers high areal capacitance and long cycling stability in an asymmetric supercapacitor.

Birla Carbon will showcase its portfolio of conductive carbon solutions for demanding applications, including modern battery ...

Scientists have invented a trick to make batteries up to 80 percent more powerful without changing their basic chemistry. The ...

At the lithium-metal anode, uneven lithium-ion transport can cause non-uniform lithium deposition and the growth of needle-like dendrites. These structures can damage the solid electrolyte interphase ...

ENERGY TAIWAN 2026 will take place from October 14-16 at Taipei Nangang Exhibition Center, Hall 1. Visit Chroma at Booth K0332 on the 1st floor to explore our latest test and measurement solutions. We ...

HEG Advanced Materials shares rose 8% on battery orders from Indus Towers. Learn about the company's demerger, new BESS ...

Researchers in Spain and Argentina have developed a zinc-air battery architecture that increases power output by up to 80% by ...