Battery Enhancing Technologies
Revolutionary Technologies Require a Strong Scientific Foundation
Crystal Control Technology®
Doubled Battery Life, Tripled Energy Throughput
Our core Crystal Control Technology® (CCT®) is the foundation of all our technological advancements. CCT manipulates the crystalization process in batteries, resulting in significantly prolonged battery life, higher energy output, and more efficient charging — bringing significant benefits and cost savings for end-users.
Up to
Longer life-span
Up to
More energy throughput
Up to
Reduced CO2 Emmisions
Battery Formation
Batteries Much More Suited for Energy Storage Applications
One of the most essential steps in battery production is the formation process. The application of our formation technology shortens the overall formation time and energy required. The active materials form better, increasing the surface area of the negative active material and accumulating more open pores on the positive active material. As a result, batteries obtain a higher charge acceptance and better utilization of the active masses, enhancing the performance and cycle-life of formed batteries. Additionally, this results in substantial cost and energy savings for manufacturers.
Up to
Longer cycle life
Up to
Higher battery capacity
Up to
Less energy during formation
Battery Formation
Batteries much more Suited for Energy Storage Applications
One of the most essential steps in battery production is the formation process. The application of our formation technology shortens the overall formation time and energy required. The active materials form better, increasing the surface area of the negative active material and accumulating more open pores on the positive active material. As a result, batteries obtain a higher charge acceptance and better utilization of the active masses, enhancing the performance and cycle-life of formed batteries. Additionally, this creates substantial cost and energy savings for manufacturers.
Up to
Longer cycle life
Up to
Higher battery capacity
Up to
Less energy during formation
Battery Materials
New Unique Battery Materials
A new and unique family of materials has been developed to extend battery life and energy output. The interaction between electrolyte and the active mass surface and the ionic mobility in the electric double layer is optimized. The materials are non-toxic and work immediately after being applied to the batteries. Paired with our other technologies, create an exponential effect on benefits and savings for end-users.
Up to
More capacity during use
Battery Recovery
Restoring Aged Batteries Back to Initial Capacity
Our groundbreaking recovery procedure recovers premature capacity loss and can fully restore batteries up to 100% of their original capacity. This is done without opening or taking apart the batteries; they can be recovered on-site. As a result, batteries can live substantially longer while allowing end-users a full second use of the same batteries.
Restore up to
of original capacity
Battery Recovery
Restoring Dead Batteries Back to Initial Capacity
Our groundbreaking recovery procedure of batteries recovers capacity loss and can fully restore batteries to 100% of their original capacity. This is done without opening or taking apart the batteries and can additionally be recovered on-site. As a result, batteries can live substantially longer while allowing end-users a full second use of the same batteries.
Restore up to
of original capacity
Other Battery Chemistries
Moving Forward With Lithium Batteries
A series of feasibility tests show that our application of Crystal Control Technology® to lead-acid battery chemistries can greatly benefit lithium-ion batteries’ performance. We are now advancing our technologies with lithium chemistries.
FAQ – Technology
Frequently Asked Questions
Does your technology work on all types of batteries?
Our technology is mainly proven on lead-acid battery chemistries. However, we are in the middle of the adoption process for lithium-ion batteries showing promising results from our Crystal Control Technology.
Can your technologies be used together as one solution?
Yes. Our family of technologies can either be used individually, in various combinations, or as an all-in-one solution for multiple applications
What are the applications where your technology can be used?
Our technologies can theoretically be applied to all applications dependent on battery-powered backup or energy storage. Everything from small-scale microgrid storage systems to telecom and data center storage, to large-scale macro grids such, as wind and solar power.
Additionally, our technologies can independently be used in other applications such as battery manufacturing or recovery.
How are your technologies integrated?
The great benefit of our technologies is that they can be integrated and applied to existing battery chemistries and battery storage systems.
There is no need to produce a new battery to implement our technologies. Nor is there any need to build an entirely new backup or storage system. However, it is also possible to integrate this into new batteries, new backup, or energy storage systems.