Saturday, November 17, 2018 12:35:21 PM
XNGRI great variety of product
XNRGI's Five Key Values for Battery Storage Success, Cost, Life Span, Duration, Energy Density and Scale
26 - 29 November 2018 11:00 - 19:00 DAILY
DUBAI WORLD TRADE CENTRE, ZA'ABEEL HALL 6
https://xnrgi.com/wp-content/uploads/2018/11/XNRGI-Consumer-White-Paper.pdf
Summary
Driven by mobility (transportation) and grid-scale storage, the battery market is set to grow at a compounded annual growth rate of more than 40% over the next few years.
XNRGI is uniquely positioned solve the industry-wide challenges of performance, cost, safety, outsourced manufacturing, and short lead-time to manufacturing. The architecture serves as an innovation platform that will enable an evolutionary path for battery advances for many years to come.
With significant inroads to and Early Adopter Programs with the worlds-largest EV, Grid, Consumer Electronics, and IoT manufacturers, XNRGI is equally well-positioned for rapid, profitable growth and the ability to supply the world’s demand for electric energy storage.
The Solution
XNRGI, with its new architecture for stored power, is the solution. It is the only technology that is able to scale battery production, using existing battery manufacturing infrastructure, to terawatt capacity. All other battery technologies require extremely large capital expenditures and several years to build-out the capacity that XNRGIU already has in place. XNRGI can immediately enable battery manufacturing to scale to the cost levels necessary to meet demand of emerging markets and ultimately replace fossil fuel energy.
“The arrival of cheap battery storage will mean that it becomes increasingly possible to finesse the delivery of electricity from wind and solar, so that these technologies can help meet demand even when the wind isn’t blowing and the sun isn’t shining. The result will be renewables eating up more and more of the existing market for coal, gas and nuclear.” Bloomberg NEO 2018
XNRGI, recently funded by a US Department of Energy (DOE) grant for advance manufacturing of the X- PowerChip™, has developed a game-changing, high-performance, rechargeable lithium metal battery (using a 3D porous silicon structure as the electrode substrate), which can be manufactured using a low-cost, contract-based, semiconductor foundry model to reduce CapEx costs by 95% (compared to traditional battery factories that require billions to build and years to construct). Most importantly, the semiconductor manufacturing foundation of the XNRGI battery will allow the technology to improve along the same path as semiconductor improvements (i.e., Moore’s Law), while lithium-ion technology is approaching its limited potential for improvement.
The XNRGI technology platform is based on the most versatile manufacturing platform that the battery industry has seen in its long history. It has solved numerous disadvantages of old conventional legacy battery technology that has plagued the battery industry during the past 30 years. XNRGI’s Lithium Metal anode has 10-times the energy density of a standard Lithium Ion anode. Combined with XNRGI’s 3D pores that increase the active surface area of the battery by 70-times, performance is dramatically improved. At the same time, XNRGI’s 3D pores create a cool and safe architecture for any battery chemistry, basically eliminating concerns of overheating and fire, which have plagued other Lithium Ion batteries. The XNRGI battery design is “chemistry” agnostic as it does not restrict use of almost any cathode material, including the most common LCO, NMC, NCA, or LFP cathode materials. The main advantages of this method include: high energy density today demonstrating Lithium Metal battery at (> 1600 Wh/L) 400 Wh/kg and, XNRGI’s next generation battery in 2020 Lithium Metal Air at (4400 Wh/L), 680 Wh/kg with high currents that enable fast charge and discharge, long cycle life based on elimination of lithium dendrite formation, greatly improved safety, and low-cost batch fabrication. XNRGI’s 3D architecture provides a safe house of new chemistries to be safely contained for future high energy density materials, which can be manufactured in high volumes - a flexible architecture foundation platform for the evolution and design of batteries in the future.
Performance / Price Product Roadmap
XNRGI has produced 600 working samples (8 billion micro-batteries) for a wide range of clients, and proven its ability to manufacture its batteries at less than $150/kWh no matter what the application or scale.
XNRGI’s Scalable and Tunable Market Application Advantages While XNRGI’s Early Adopter Program (EAP) has already built more than 600 working samples (8 billion micro-batteries) for a wide range of clients, the company is looking for high volume launch partners who can demonstrate the unique storage applications of its technology.
Early Adopter Programs have proven the effectiveness of XNRGI technologies in several areas, including: • Grid Scale Storage for intermittent renewables like Solar/Wind and Back-up Power • Electric Vehicles with 3-6X High Power Density, 2-3X lighter Weight, at a considerably lower cost. • Consumer Electronics: Highest watt hours per liter at 1600 Wh/l for long lasting performance. • Internet of Things with micron-size high power and slow discharge advantages.
XNRGI's Five Key Values for Battery Storage Success, Cost, Life Span, Duration, Energy Density and Scale
26 - 29 November 2018 11:00 - 19:00 DAILY
DUBAI WORLD TRADE CENTRE, ZA'ABEEL HALL 6
https://xnrgi.com/wp-content/uploads/2018/11/XNRGI-Consumer-White-Paper.pdf
Summary
Driven by mobility (transportation) and grid-scale storage, the battery market is set to grow at a compounded annual growth rate of more than 40% over the next few years.
XNRGI is uniquely positioned solve the industry-wide challenges of performance, cost, safety, outsourced manufacturing, and short lead-time to manufacturing. The architecture serves as an innovation platform that will enable an evolutionary path for battery advances for many years to come.
With significant inroads to and Early Adopter Programs with the worlds-largest EV, Grid, Consumer Electronics, and IoT manufacturers, XNRGI is equally well-positioned for rapid, profitable growth and the ability to supply the world’s demand for electric energy storage.
The Solution
XNRGI, with its new architecture for stored power, is the solution. It is the only technology that is able to scale battery production, using existing battery manufacturing infrastructure, to terawatt capacity. All other battery technologies require extremely large capital expenditures and several years to build-out the capacity that XNRGIU already has in place. XNRGI can immediately enable battery manufacturing to scale to the cost levels necessary to meet demand of emerging markets and ultimately replace fossil fuel energy.
“The arrival of cheap battery storage will mean that it becomes increasingly possible to finesse the delivery of electricity from wind and solar, so that these technologies can help meet demand even when the wind isn’t blowing and the sun isn’t shining. The result will be renewables eating up more and more of the existing market for coal, gas and nuclear.” Bloomberg NEO 2018
XNRGI, recently funded by a US Department of Energy (DOE) grant for advance manufacturing of the X- PowerChip™, has developed a game-changing, high-performance, rechargeable lithium metal battery (using a 3D porous silicon structure as the electrode substrate), which can be manufactured using a low-cost, contract-based, semiconductor foundry model to reduce CapEx costs by 95% (compared to traditional battery factories that require billions to build and years to construct). Most importantly, the semiconductor manufacturing foundation of the XNRGI battery will allow the technology to improve along the same path as semiconductor improvements (i.e., Moore’s Law), while lithium-ion technology is approaching its limited potential for improvement.
The XNRGI technology platform is based on the most versatile manufacturing platform that the battery industry has seen in its long history. It has solved numerous disadvantages of old conventional legacy battery technology that has plagued the battery industry during the past 30 years. XNRGI’s Lithium Metal anode has 10-times the energy density of a standard Lithium Ion anode. Combined with XNRGI’s 3D pores that increase the active surface area of the battery by 70-times, performance is dramatically improved. At the same time, XNRGI’s 3D pores create a cool and safe architecture for any battery chemistry, basically eliminating concerns of overheating and fire, which have plagued other Lithium Ion batteries. The XNRGI battery design is “chemistry” agnostic as it does not restrict use of almost any cathode material, including the most common LCO, NMC, NCA, or LFP cathode materials. The main advantages of this method include: high energy density today demonstrating Lithium Metal battery at (> 1600 Wh/L) 400 Wh/kg and, XNRGI’s next generation battery in 2020 Lithium Metal Air at (4400 Wh/L), 680 Wh/kg with high currents that enable fast charge and discharge, long cycle life based on elimination of lithium dendrite formation, greatly improved safety, and low-cost batch fabrication. XNRGI’s 3D architecture provides a safe house of new chemistries to be safely contained for future high energy density materials, which can be manufactured in high volumes - a flexible architecture foundation platform for the evolution and design of batteries in the future.
Performance / Price Product Roadmap
XNRGI has produced 600 working samples (8 billion micro-batteries) for a wide range of clients, and proven its ability to manufacture its batteries at less than $150/kWh no matter what the application or scale.
XNRGI’s Scalable and Tunable Market Application Advantages While XNRGI’s Early Adopter Program (EAP) has already built more than 600 working samples (8 billion micro-batteries) for a wide range of clients, the company is looking for high volume launch partners who can demonstrate the unique storage applications of its technology.
Early Adopter Programs have proven the effectiveness of XNRGI technologies in several areas, including: • Grid Scale Storage for intermittent renewables like Solar/Wind and Back-up Power • Electric Vehicles with 3-6X High Power Density, 2-3X lighter Weight, at a considerably lower cost. • Consumer Electronics: Highest watt hours per liter at 1600 Wh/l for long lasting performance. • Internet of Things with micron-size high power and slow discharge advantages.
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