We are a startup active in the field of batteries, developing a solution for their non-invasive capacity restoration and internal health diagnostics. Our capacity restoration method is based on applying electrical impulses into the battery. This "optimized charging" can clean the internal environment of the battery and restore the capacity.
This approach is well-known and tried-out for lead-acid batteries. Our intention is to extend our technology to cover the lithium batteries segment as well. Our long-term vision is to develop a highly-effective technology for capacity restoration of both main battery chemistries - lead-acid and lithium.

 

An important part of our solution is data-driven battery diagnostics applicable for both lead-acid and lithium batteries. Here we try to develop methods for battery internal health deep diagnostics, battery health predictions and data-driven State of Health and State of Charge estimates. Our intention is to incorporate these analytic abilities into our capacity restoration process and make it as efficient as possible. However, we also want to enable the use of the analytics tools separately and independently, outside the regeneration process.

 

Battery capacity restoration technology is generally expensive, investment-demanding technology and it is far from being available to all customer segments. Our company is addressing this challenge by our "Hardware as a Service" business model, which we consider to be one of our biggest innovations. This approach is based on providing our devices to customers on regular monthly payments instead of direct purchase. So, in addition to the technical point of view where we strive to develop the most efficient technology for battery regeneration on the market, we also focus on the implementation of a solution that will be as accessible as possible for a wide range of customers. We strive to provide this technology to end consumers in a way which ensures profit for our customers, with minimal risk and no large upfront investments.