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TECHNOLOGY DEVELOPMENT

We develop our technologies to meet the demanding needs of electric vehicles, where every cell is optimized to deliver performance, reliability and safety. Our Advanced LFP (lithium iron phosphate) and LM:FP (lithium multi-metal iron phosphate) chemistries do just that.

 

While basic LFP battery chemistry has existed for decades, we have given it a makeover. We have made significant improvements to the fundamental LFP electrochemistry, resulting in battery advancements that can be manufactured on standard equipment, allowing the automotive industry to meet the needs of today’s EV drivers, faster.

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Performance

Our Advanced LFP and LM:FP technologies provide significantly higher energy density than any other LFP cell on the market. In fact, our Advanced LM:FP's energy density is as high as in NMC or NCA chemistry used in EVs today, but costs less with a substantially better safety profile.

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Safety

Batteries should provide peace of mind – not cause drivers to worry that their vehicle could put them at risk. Our Advanced LFP and LM:FP technologies use an extremely safe chemistry that significantly reduces the risk of battery fires or explosions.

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Reliability

Cells that use our technology are designed to maintain optimal performance levels longer than cells used in EV batteries today. Our chemistry and cell formats maximize cycle life and ensure the battery outlasts the useful life of the vehicle.

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Cost

Our Advanced LFP and LM:FP chemistries are significantly more cost effective versus NMC and NCA because they do not require expensive materials such as nickel and cobalt.

PROPRIETARY BATTERY CHEMISTRY

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ENERGY  DENSITY

190-200 Watt-hours/kg 

SAFETY  PROFILE

CYCLE  LIFE

5,500 charge-discharge cycles 

RECYCLABILITY

CELL  FORMAT

Fully recyclable

Cylindrical (21700, 4680) and Prismatic

Extremely low risk of fire or explosion 

ACE Advanced LFP battery cells offer significant performance improvements versus standard LFP. ACE Advanced LFP will provide vehicles of today with higher energy density, a much longer useful lifespan, and a significant

decrease in  risk of fire or explosion.  ACE LFP technology will be

offered in both cylindrical and prismatic formats.

ACE ADVANCED LFP

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ENERGY  DENSITY

250 Watt-hours/kg

SAFETY  PROFILE

CYCLE  LIFE

5,500 charge-discharge cycles

RECYCLABILITY

CELL  FORMAT

Fully recyclable

Cylindrical (21700, 4680) and Prismatic

Extremely low risk of fire or explosion

ACE Advanced LM:FP battery cells will reach the pinnacle of power and safety, designed to provide a monumental increase in energy density compared to LFP cells used in EVs today. This will provide a transformational performance shift for EVs by offering the same range benefits drivers receive from NMC and NCA cells but with the safety of LM:FP chemistry and at significantly lower cost. ACE Advanced LM:FP significantly reduces the risk of fire or explosions, finally resolving the trade-off between energy density and safety. ACE LFP technology will be offered in both cylindrical and prismatic formats.

ACE ADVANCED LM:FP

TECHNOLOGY LICENSING

AND TRANSFER 

ACE will will provide technology licenses for our Advanced LFP chemistry, with the option to seamlessly upgrade as we introduce new, even higher performing technologies.

 

Our manufacturing expertise and comprehensive technology transfer ensure that cells produced with our technology will always be of the highest possible quality and reliability. Our goal is to ensure our licensees' manufacturing facilities come online quickly and smoothly.

APPLICATIONS

Our primary focus is on serving the EV market, where the need is especially high for safe, high energy density battery cells. As ACE continues to grow, we will provide solutions for other applications that require the advantages our technology will provide, such as grid-level energy storage.

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Providing EV drivers with more travel flexibility and security
  • The high energy density of ACE battery technology allows each charge to last significantly longer, providing EV drivers with more travel flexibility.​
  • By eliminating the risk of battery combustion and failure, ACE will provide electric vehicle drivers with peace of mind.​
  • Extended cycle life ensures the batteries will outlast the vehicle, possibly going on to a second life in energy storage.
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Solving the complex challenges of grid-level energy storage
  • ACE battery technology has the ability to make wind and solar power more practical and affordable.​
  • Highest energy density and safety enable energy storage in cities and space-constrained situations.
  • Safety profile makes energy storage possible in homes, office buildings and high-population areas.