#Vaulta

#Vaulta: Reinventing Battery Technology with a Sustainable Edge

As the world accelerates toward clean energy and electrification, one Australian startup is reimagining one of the most critical elements of the transition: batteries. Vaulta, founded in 2020 by engineer and designer Dominic Spooner, is transforming how batteries are built, used, and recycled—starting with their casing.

What is Vaulta?

Vaulta is a cleantech company developing advanced battery casings that eliminate the need for permanent assembly methods like welding, gluing, or heat bonding. These proprietary enclosures allow batteries to be easily disassembled, repaired, and reused—solving a key problem in battery sustainability and end-of-life waste.

Unlike traditional battery packs that are sealed and often discarded after degradation, Vaulta’s modular design offers a non-destructive, serviceable alternative that supports circular economy principles.

Why It Matters

The global battery market is booming—fueled by electric vehicles (EVs), renewable energy storage, and consumer electronics. However, this rapid growth comes with major sustainability challenges:

Battery waste is becoming a critical issue.

Repair and reuse of batteries are difficult due to permanent casing methods.

Recycling is inefficient and costly when batteries can't be easily disassembled.

Vaulta’s approach addresses all three pain points by enabling:

Greater reuse and second-life applications of battery cells

Simplified maintenance and repair, reducing lifecycle costs

Improved recyclability with less environmental impact

Blockchain Potential and Battery Traceability

Vaulta’s platform could also intersect with blockchain-based supply chain management, especially in tracking the lifecycle of battery components. As regulations tighten around battery sourcing, carbon footprint, and recycling rates, blockchain offers transparency and accountability.

By combining Vaulta's modular casings with blockchain technology, manufacturers and consumers could track:

The origin of raw materials