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Battery Applications

Silicon anode lithium-ion batteries allow for greater power storage capacity and/or smaller battery size, or for greater battery life between charges. As well as increasing capacity, Yabo Power reduces the amount of material used in the Li-ion battery, providing key advantages to manufacturers of a range of consumer goods.

Applications of this technology exist in consumer electronics, electronic vehicles, sustainable energy, aerospace, medical and defence industries, and indeed any industry where rechargeable batteries are relied upon.

The benefits for end users of this technology are numerous, with increased convenience and increased capabilities of the products being just two examples. The impact on the market will be felt in the same way that the introduction of lithium-ion batteries changed the industry in first making mobile phones and portable computer systems viable.

YABO POWER’s technology is already ripe for exploitation in consumer applications and it is anticipated that its battery technology will also help unlock the full potential of both sustainable energy sources and energy efficient means of transport.

YABO POWER wishes to license the use of its materials in Li-ion batteries world-wide.

Consumer electronic devices

Consumer electronic devices

In the short term, YABO POWER’s technology is focused on delivering benefits to consumer applications. Consumer products requiring Li-ion batteries have been high growth applications for the past decade and include:

High capacity, lightweight Li-ion batteries increase the run-time and portability of such products, factors which are key to consumer acceptance. Additional end-user benefits include:

Medical/Standby/Backup applications

Medical/Standby/Backup applications

YABO POWER’s technology will also be optimised for devices that require battery capacity to be held for long periods of time with infrequent or low power use, such as emergency lighting, defibrillator machines and pacemaker devices.

Electric vehicles

Electric vehicles

Electric vehicles will require advanced battery technology such as silicon anode lithium-ion batteries to become fully viable. Carbon anodes, the incumbent technology used in lithium-ion batteries have almost reached their theoretical capacity limit and hence their future potential is capped.

The advantages of lighter Li-ion batteries with more power are highly relevant to low carbon vehicles. YABO POWER’s technology will be optimised for the higher rate charge and discharge required for automotive applications (i.e. HEVs, PHEVs and BEVs) in the medium term.

Sustainable energy

Sustainable energy

All forms of sustainable energy, such as wind turbines or photovoltaics, require excellent energy storage systems in order to increase their effectiveness. YABO POWER’s silicon anode technology represents a great leap forward in the capacity of lithium ion batteries and the potential of energy storage systems compared to carbon anode based batteries.