
Prolong the lifespan of batteries by
regeneration
Prevent batteries from being discarded prematurely.
Extend their lifespan beyond producer specifications
Increase reliability of batteries to avoid power outages
Utilize the potential of batteries to their full extent

Prolong the lifespan of batteries by
regeneration
Prevent batteries from being discarded prematurely.
Extend their lifespan beyond producer specifications
Increase reliability of batteries to avoid power outages
Utilize the potential of batteries to their full extent

Prolong the lifespan of batteries by
regeneration
Prevent batteries from being discarded prematurely.
Extend their lifespan significantly, even beyond producer specifications
Increase reliability of batteries to avoid power outages
Prevent batteries from being discarded prematurely.
Extend their lifespan significantly, even beyond producer specifications
Extend their lifespan significantly, even beyond producer specifications
Increase reliability of batteries to avoid power outages
Utilize the potential of batteries to full extent

We develop a technology for battery lost capacity restoration.
Our approach is based on our HW devices, which are applying special electric shocks into the battery. This can "clean" the internal environment of the battery and restore its capacity. The battery can remain in operation and does need to be replaced prematurely by new one.
The battery can remain in operation and does need to be replaced prematurely by new one.
We develop a technology for battery regeneration

Our approach is based on our HW devices, which are applying special electric shocks into the battery. This can "clean" the internal environment of the battery and restore its capacity. The battery can remain in operation and does need to be replaced prematurely by new one.
We develop a technology for battery regeneration
Our approach is based on our HW devices, which are applying special electric shocks into the battery. This can "clean" the internal environment of the battery and restore its capacity. The battery can remain in operation and does need to be replaced prematurely by new one.

We develop a technology for battery regeneration
Our approach is based on our HW devices, which are applying special electric shocks into the battery. This can "clean" the internal environment of the battery and restore its capacity. The battery can remain in operation and does need to be replaced prematurely by new one.

We develop a technology for battery regeneration
Our approach is based on our HW devices, which are applying special electric shocks into the battery. This can "clean" the internal environment of the battery and restore its capacity. The battery can remain in operation and does need to be replaced prematurely by new one.

What is regeneration?
Battery regeneration is a cutting-edge technology that can save your company thousands of dollars in battery replacement costs. Instead of disposing of exhausted batteries, our process recharges and restores them to like-new condition. This not only saves your company money, but it also reduces waste and promotes sustainability. With battery regeneration, you can keep your operations running efficiently while also being environmentally responsible.
Advantages of regeneration
Battery regeneration, also known as battery reconditioning, is the process of restoring the performance and lifespan of old or weak batteries. Here are some of the advantages:
~50%
SAVINGS
-88%
LESS CO2
+50%
LIFESPAN
+50%
RELIABILITY
100%
AVAILABILITY
Overall, battery regeneration offers numerous benefits over buying new batteries, including cost savings and environmental sustainability.
Battery regeneration - for whom?

INDUSTRY

UTILITIES/
RENEWABLES

DATA
WAREHOUSES

INDUSTRY

RAILWAYS

TELECOM
Our devices
Our device provides a comprehensive solution to battery management with fully automatic operation, enabling customers to efficiently and effectively manage their batteries. With its ability to charge, discharge, test battery capacity, and regenerate batteries, our device ensures that batteries are always in optimal condition, which translates to longer battery life, increased productivity, and cost savings for our customers. Additionally, the device is user-friendly and easy to operate, making it a valuable asset in any setting that relies on battery power.

Our devices are not just a regenerators, but complete end2end solution for battery maintenance. Each device contains these functional units:

REGENERATOR
This is the hearth of the entire device. An intelligent pulsatile machine, able to generate strong shocks of certain frequency, intensity and shape.

CHARGER
A full-featured capacity tester for measuring the real capacity by battery deep discharge.

CAPACITY TESTER
A full-featured capacity tester for measuring the real capacity by battery deep discharge.

DICHARGER
Discharger is a must-to-have functionality for battery maintenance service.
Effective battery regeneration
Environmentally friendly
Cost-effective
Easy to use
Flexible and affordable BM
Safe operation
Our advantages
We are making the battery regeneration easy & straightforward, available for all customer segments and economically viable for almost all use-cases and industries.

1. CONNECT BATTERIES TO THE DEVICE
This is a wider card with supporting text below as a natural lead-in to additional content. This content is a little bit longer.

2. SET THE REGENERATION PROGRAM

3. LET IT RUN
Our Data Platform
Our advantages

1. CONNECT BATTERIES TO THE DEVICE
Connect the batteries to the regenerator in series creating a string, connect the BMS system to measure the quantities on each battery separately

2. SET THE REGENERATION PROGRAM
Depending on the type of regenerated batteries, select a program and enter basic parameters in the UI

3. LET IT RUN
Turn on the program and let the device do its job. The device goes through the entire complex regeneration process automatically, without the need for human intervention
Customers


