Research and Development

NEW ERA OF BATTERY TECHNOLOGY

Solid State Battery.

Focus research and development into the next era of battery technology, glass battery which are etched with sodium or lithium. Preliminary research has indicated that the solid-state silicate battery which can have many times the energy density more than currently widely used lithium-ion based batteries.

Other major of advantage of the silicate batteries has full charging times in terms of minutes. The silicate battery composite is not flammable and with stable compound. The next generation battery state will resolve many limitations due to the current day battery technology due to the uncertain properties which can result in sporadic fires and in some worse cases, exploding devices due to the batteries.

OUR RESEARCH & DEVELOPMENT

Solid State Battery

Focus research and development into the next era of battery technology, glass battery which are etched with sodium or lithium. Preliminary research has indicated that the solid-state battery which can have many times the energy density more than currently widely used lithium-ion based batteries.

Smart Battery Management System

Smart Battery Management System that is capable not only of standard battery management function but also in predictive management that can monitor the load and the battery pack through real time data analysis to determine any potential component failures or potential malfunctions.

Solid State Battery

The next generation battery state will resolve many limitations due to the current day battery technology.

Fast Charge

Enables <15 minute fast charge (0 to 80%) by eliminating lithium diffusion bottleneck in anode host material.

Safety

Eliminates organic separator. Solid-state separator is nonflammable and noncombustible.

Energy

Significantly increases volumetric and gravimetric energy density by eliminating graphite/silicon anode host material.

Life

Increased life by eliminating capacity loss at anode interface.

Cost

Lower cost by eliminating anode host material and manufacturing costs.

en_USEnglish