Our Technology

Since the process uses non-toxic materials, there are no concerns about worker health or environmental pollution. The ability to reuse batteries reduces both resource consumption and costs while simultaneously cutting CO2 emissions. Furthermore, the process is straightforward and easy to learn, making it accessible for those seeking new job opportunities, and it also facilitates job creation for companies.

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Overview

Green Volta's technology focuses on regenerating end-of-life lead-acid batteries through the injection of a reducing agent. The key component is the reducing agent formula, which took over 10 years to develop and an additional 10 years to ensure it is safe for humans while effectively restoring battery performance in the field. The process also involves two critical steps: the preparation before the agent injection and the creation of energy storage systems using the regenerated batteries.

Telomere

 

Telomere is a regenerative substance that removes sulfate from the lead plates of each cell in a degraded battery, restores the original chemical properties, and reuses the remaining lead ions, effectively extending the battery's performance and lifespan.


Telomere does not contain any toxic substances in its raw materials, so it does not produce any environmental pollutants and is safe to handle. The product has already been exported several times with the goal of entering the overseas market, and through this, it has been proven in various countries that it is not an environmental pollutant or toxic chemical, allowing it to be imported. This is possible because toxic chemicals are strictly regulated in international trade. Additionally, when Telomere is injected into the battery, the electrolyte inside the battery is not removed; instead, the raw material is injected directly, meaning the process is carried out without extracting any sulphuric acid electrolyte, resulting in no release of toxic waste.

 

How Does It Work

For a 48V 400-ampere electronic forklift, the regeneration process takes 8.5 hours, but the actual hands-on working time is only 1.5 hours. This allows one person to regenerate 5 units in a single 8-hour workday.

Process

 

 

Before & After

Why Is It important

Since the process uses non-toxic materials, there are no concerns about worker health or environmental pollution. The ability to reuse batteries reduces both resource consumption and costs while simultaneously cutting CO2 emissions. Furthermore, the process is straightforward and easy to learn, making it accessible for those seeking new job opportunities, and it also facilitates job creation for companies.