OUR TECHNOLOGY
CYLINDRICAL CELLS
OUR BUILDING BLOCKS
Is your cell supply safe and guaranteed?
Global cylindrical cell supplies are entering a critical phase. EV markets are demanding unsustainable volumes of cells - LiB.energy is here to protect your Lithium projects with long-term supply guarantees and perpetuation of quality.
Never be left behind.
LiB.energy is constantly striving to be at the forefront of technology developments. We keep an updated road map to current & future cell developments to deliver certainty for you and your company’s future. Get in touch to see how we can support your latest R&D project or help you keep your project on the road should your cell supply be cut.
NMC TECHNOLOGY
“High capacity & energy, at your disposal”
Lithium Nickel Manganese Cobalt (NMC) is currently the most popular chemistry choice for systems requiring high energy density and performance such as electric vehicles and power tools.
NMC may be the most successful cell chemistry, but this has not prevented it from being continuously developed and improved to power even the most up-to-date applications.
NMC applications include; Electric cars, Power tools, E-bikes, ESS, Vehicle powertrains.
Traditionally tailored for the ‘Energy Cell’ market but with alterations to the blend and capacity can take on applications within the ‘Power Cell’ market. Truly versatile.
Being able to take on huge energy density, NMC makes a cost-effective solution for energy storage systems (ESS) on a residential or industrial level. Contact one of our team to see how we can design your next storage solution.
LFP TECHNOLOGY
“Power and safety, even in the extremes”
Lithium Iron Phosphate (LFP) technology is relatively new to the market but has already made a huge impact where high power, safety and life-span are at the top of the priority list.
Enhanced safety and thermal stability allow the development of user-friendly applications for even the most rugged of conditions. Long life-cycle and low self-discharge mean cells can be stored and varying states of charge (SOC) for long periods of time with little maintenance.
LFP is currently used for; Medical carts/equipment, Starter batteries (Lead-acid replacement), Emergency lighting, Marine vessels, Material handling. Until recently, LFP has primarily been used in the ‘Power Cell’ market, however, developments in chemistry and technology have seen LFP becoming an integral part of the ‘Energy Cell’ market, thus increasing its influence on the energy transition.
THE POWER CELL MARKET
“Influence with strength and control”
‘Power cells’ were brought to market to provide huge amounts of energy output from small volume. Applications that need high energy output over very small amounts of time, for example a camera flash, run at their best with a ‘Power Cell’ configuration.
Another prime benefit of ‘Power Cells’ is that they are able to recharge extremely quickly. Recharge speed is dependant on discharge capability and ‘Power Cells’ are more than capable.
Having vast amounts of energy output relies on safe chemistry, technology and system design. Lithium Iron Phosphate (LFP) has become the most popular ‘Power Cell’ choice due to its high safety and stability rating, which has led to Lithium Nickel Manganese Cobalt (NMC) producers to develop safer, more stable blends to be able to take on this growing market.
THE ENERGY CELL MARKET
“Work on tap”
The ‘Energy Cell’ market demands ever increasing energy destiny and ever decreasing mass. And why shouldn’t it? The negatively correlated trends between energy density and mass are a sign the modern world is pushing for efficiency.
LiB.energy was created to support the concerted efforts of businesses & consumers in creating a brighter, greener world for future generations.
‘Energy Cells’ are typically used in applications calling for long run-times but due to frequency of use call for short charge times. Electric vehicles and power tools are perfect examples of ‘Energy Cells’ in use.
The majority of the ‘Energy Cell’ market is focussed on Lithium Nickel Manganese Cobalt (NMC) chemistry but recently, Lithium Iron Phosphate (LFP) has started to be used when increased safety is a factor.
