QpiVolta launches India’s first lithium-based solid-state battery (SSB), with high energy density. This accomplishment comes after the company announced in 2021 that it would use quantum and AI material simulations to create SSBs with superior energy density and safety.
QpiVolta achieved an impressive energy density at 360 Wh/kg for their NMC-based cell and 220 Wh/kg for the cobalt-free LFP cell. This is a substantial increase of 60% over the current li-ion cell options. The company intends to increase this energy density further by optimizing its cells.
The prototype bag cell for the Lithium-metal SSB has been finished by QpiVolta. This is the first stage in the company’s strategy to construct a 10 Gwh Giga plant for 2- and 4-wheeler manufacturing capacities, as well as energy storage. Other chemistries, such as sodium metal-based SSBs, will be able to duplicate this achievement.
The electric vehicle industry is poised to accept SSBs. As the business stabilizes and increases the number of layers, from the 8-layer prototype with a capacity of 3 Ah to 32 layers with a capacity of 100 Ah, the battery cell’s capacity will grow. QpiVolta appreciates the opportunity to try this battery bundle and its battery cells.
QpiVolta has achieved success through the use of quantum algorithms and AI optimization methods. With the development of Lithium-based SSB pouch cells, QpiVolta has made considerable headway in the EV/energy storage industry.
QpiVolta’s solid electrolytes not only work well, but they are also compatible with current bulk manufacturing lines. This needs very little change. This compatibility is critical for ensuring that cells can be produced on a big volume at a low expense.
