WaveTech

Disrupting a World Powered by Batteries

Technology

Developing the Next Generation Battery Enhancing Technologies

Battery innovation has become more crucial than ever. With our core Crystal Control Technology® serving as the bedrock of our technological advancements, our battery-enhancing technologies substantially improve batteries’ overall performance, quality, and costs.

Batteries can benefit from our technologies at any phase, whether during production, use, or maintenance to their eventual end-of-life replacement — all the while bringing significant benefits to the batteries, our environment, and the end-user.

Applications

Fusing Revolutionary Technologies with Energy Storage.

We are increasingly becoming dependent on sustainable and reliable energy at lower costs. Propelling this growth is the expanding use of renewables and the drive for decarbonization.

Energy Storage coupled with renewables is becoming one of the big solutions to sustainable energy. Fusing our technologies with battery-powered energy storage systems will exponentially improve batteries’ economic, operational, and environmental landscape — paramount in transitioning to clean and reliable energy.

Applications

Fusing Revolutionary Technologies with Energy Storage.

We are increasingly becoming dependent on sustainable and reliable energy at lower costs. Propelling this growth is the expanding use of renewables and the drive for decarbonization.

Energy Storage coupled with renewables is becoming one of the big solutions to sustainable energy. Fusing our technologies with battery-powered energy storage systems will exponentially improve batteries’ economic, operational, and environmental landscape — Paramount in transitioning to clean and reliable energy.

Clean and Sustainable Energy

Our Dedication to Better Batteries

WaveTech is strongly dedicated to reducing the environmental impact of batteries. We contribute to reducing the overall carbon footprint in three ways:

Developing battery-enhancing technologies resulting in a longer battery lifespan, thus extending the gap between replacements.

By applying our technologies to existing batteries and battery chemistries without the need to produce or develop a new battery. It can also be applied to existing battery-powered energy storage and backup systems.

And lastly, through our capability of recovering end-of-life batteries back up to 100% original capacity, allowing for full second use of the same battery.