Our Technology

The I2CP Technology - Integrated Ion Conductive Polymer

A ground breaking battery technology
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Cost reduction

3DBattery is currently offering customers from all over the world the most technologically advanced batteries with Silicon-rich anodes resulting in exceptional performances. In parallel, our solid state technology is already in the testing phase with several of our partners. Our research team is constantly exploring new technologies to make sure we stay at the top of battery R&D.

The benefits of I2CP technology

Extended range for EVs
High cycle life in stationary energy storage
Long lasting portable electronic
High power output for different applications

Best today technology

Silicon rich anodes with protective wrapping

Silicon anode is a very important technology for batteries. Silicon can link to more Lithium ions improving battery performance (higher volumetric and gravimetric capacity).

Some today batteries on the market already include Silicon-doped anode but they cannot fully benefit from this technology because their doping is limited (<5%).

The challenge is to limit its expansion (up to 300% in volume) when linking with Lithium. This limits the doping amount and so the benefit of this technology.

3DBattery is able to incorporate 50% of Silicon! How is that possible? Our team has engineered a technology to wrap around the battery cells to keep the integrity of the silicon and limit the Silicon swelling 

The result? Our Silicon-anode technology allows to lever the amount of Silicon doping giving higher energy and power density and a specific capacity as high as 3600 mAh/g (10x of what is achievable currently in the common graphite anodes).

Best today technology

Silicon rich anodes with protective wrapping

Silicon anode is a very important technology for batteries. Silicon can link to more Lithium ions improving battery performance (higher volumetric and gravimetric capacity).

Some today batteries on the market already include Silicon-doped anode but they cannot fully benefit from this technology because their doping is limited (<5%).

The challenge is to limit its expansion (up to 300% in volume) when linking with Lithium. This limits the doping amount and so the benefit of this technology.

3DBattery is able to incorporate 50% of Silicon! How is that possible? Our team has engineered a technology to wrap around the battery cells to keep the integrity of the silicon and limit the Silicon swelling 

The result? Our Silicon-anode technology allows to lever the amount of Silicon doping giving higher energy and power density and a specific capacity as high as 3600 mAh/g (10x of what is achievable currently in the common graphite anodes).

Best tomorrow technology

Solid-state electrolyte batteries

The holy grail of batteries is solid state battery. The reduction in liquid state electrolytes increases the safety and energy density of the cells and thus improves them across every metric.

3DBattery polymer researchers have developed a the unique Solid-state technology based on nano Ion-conductive polymers, coupled with proprietary active materials embedded in our cathodes.

What is the secret of our innovation?

Our team has practically eliminated the anode-separator interfacial resistance, and increased the ion mobility through the solid. The technology reduces the amount of liquid electrolyte and improves the volumetric capacity by decreasing the porosity volume.

The result? Outstanding stability and increased battery lifetime…

 

Best tomorrow technology

Solid-state electrolyte batteries

The holy grail of batteries is solid state battery. The reduction in liquid state electrolytes increases the safety and energy density of the cells and thus improves them across every metric.

3DBattery polymer researchers have developed a the unique Solid-state technology based on nano Ion-conductive polymers, coupled with proprietary active materials embedded in our cathodes.

What is the secret of our innovation?

Our team has practically eliminated the anode-separator interfacial resistance, and increased the ion mobility through the solid. The technology reduces the amount of liquid electrolyte and improves the volumetric capacity by decreasing the porosity volume.

The result? Outstanding stability and increased battery lifetime…

 

The Future of Batteries

Our R&D road-map contains several further improvements of our solid state battery technology:

-Anode-less cell

-Non-organic materials and

-Interdisciplinary synthesis 

We are already busy exploring these options with partners and the best leading research institutes around the world to turn these innovations into business opportunities. counterparts.

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