Technology Works

Safer, eco-friendly high power energy storage systems for rapid deployment with technology advantages:

Sustainability

Safe by design

High cycle life

Performance Innovation

Key Components In Our Technology

Battery Grade Rolled Aluminum 12-15

Electrolyte And Salts

Battery Grade Rolled Copper 9-15

Anode Chemistry (Graphite)

Sustainable Cathode Chemistry (Cobalt Free)

Battery Grade Cell And Pack Enclosures

Our Battery Design & Innovation:

Our Cell Innovation Focusses On

Lithium-Ion Battery Chemistry

High Density

Reliable Continuous Discharge

Utilises Intelligent Transformer Technology

Advanced Software For Automated Peak Management

Interconnected Flexible Battery Modules

Eg Energy Storage Battery Proposal

Modular system for easy expansion

Proprietary cell design proprietary cell design

Easily integrated with renewable power sources

Battery Manufacturing

Fully integrated in-house designed digital twin equipment

Manufacturing partner with 35 years of automation expertise

State-of-the-art, fully automated production line

Complete cell-to-pack process for high-volume output

Reduced carbon emissions using safer chemistries and non-toxic solvents

Toxic-Free Battery Electrode Production

Our innovation has an interface that improves active material contact and adhesion

Reduces cell interfacial resistance

Prevents current collector (Aluminium / Copper) corrosion

Enhances cell lifetime

Suitable for operations in higher temperatures and dew point

Lightweight Cell Enclosures

A minimum of a 10% reduction in weight per cell

Preventing lithiation through the use of a polymer internal coating

A plug & play solution that is easily integrated into the battery manufacturing process

Cell format agnostic (cylindrical, prismatic etc)

Improves cell level heat management

Advanced Metrology

Advanced measurement for battery component validation and QC process

Recision measurement for seamless manufacturing integration
Localized manufacturing process optimization, definition and tolerance measurement

Module Assembly Automation

Advanced Industry 4.0 & 5.0 manufacturing technology

Customized production robotics

Designed to support a localized workforce

Reduces production margin of error

Increases manufacturing throughput

Enables continuous production

Module & Pack Assembly

Advanced DFM (Design For Manufacture) & agile techniques to increase throughput and reduce failure rates

Flexible module and pack configuration according to user requirements

Customized to suit various form factors (prismatic, pouch, cylindrical)

Outer pack lightweight material innovation

Digital Twinning

Advanced manufacturing with proprietary digital twin technology (DTT) to control production process and rapidly identify any production adjustments required

Digitally simulate production process for 24/7 remote access and management

Sustainable next generation green manufacturing track and trace manufacturing carbon footprint and impact