Powering a Resilient Australia
A Strategic Venture to Power Australia's Energy Future
Green Liberty has launched a strategic venture designed to capitalise on Australia's once-in-a-generation energy transition. As the nation rapidly shifts towards renewable energy, a critical and immediate need for advanced, non-lithium energy storage has emerged. Green Liberty has a comprehensive strategy to meet this demand by deploying a diversified portfolio of world-class technologies into targeted, high-value market sectors. We have a clear plan, powering a more resilient and sustainable future for Australia.
The Why: Australia's government-mandated transition to 82% renewables by 2030 has created an urgent and massive demand for energy storage. This is not a future trend; it is a present-day, multi-billion-dollar infrastructure requirement.
Our Strategy: Green Liberty has built a unique and powerful portfolio of six world-class, non-lithium technology partners. Instead of a one-size-fits-all approach, we will deploy the right technology for the rightmarket segment—from residential homes to grid-scale infrastructure—giving us an unparalleled competitive advantage. Our strategy is to target the high-value gaps where conventional lithium-ion technology is weakest, focusing on superior safety, extreme durability, and supply chain resilience.
The Plan: We will execute a staged market entry, prioritising immediate revenue through government-backed residential programs and high-ROI industrial applications before scaling into EV infrastructure and utility-scale projects. This document outlines the market opportunity and our strategic product fit.
The Australian Market: A Perfect Storm for Investment
Government Mandate & Subsidies:
o The "Cheaper Home Batteries Program" is a federal incentive that effectively creates a multi-billion-dollar residential market overnight.
o The National Battery Strategy and AEMO's 19 GW storage requirement provide long-term policy certainty for grid-scale investment.
Critical Industrial Need:
o Australia's $300B+ mining and agricultural sectors are actively seeking solutions to reduce diesel costs and improve energy reliability in remote locations.
Infrastructure Gaps:
o The rapid uptake of EVs is outpacing the build-out of charging infrastructure, creating a major opportunity for smart, integrated charging solutions.
o Grid instability from intermittent renewables is forcing investment in high-power grid stabilisation technologies.
3. Our Strategic Advantage: A Diversified, Non-Lithium Portfolio
Our competitive moat is our technology-agnostic, solution-focused approach. We have partnered with global leaders in every key next-generation energy storage category.
Technology
o Sodium-Ion (Na-ion), Resilient & Stable Supply Chain: Utilises abundant, globally available sodium, avoiding the cost volatility and geopolitical risks of lithium and cobalt.
o Supercapacitors (Electrostatic & Hybrid), Extreme Durability & Power: Engineered for millions of cycles and instant high-power delivery, far exceeding the lifespan and power density of batteries.
o Metal-Hydrogen, Infrastructure-Grade Longevity:Proven 30-year, 30,000+ cycle lifespan, making it a true long-term infrastructure asset with minimal maintenance.
o Aqueous Zinc, Superior Safety for Urban Environments: Uses a non-flammable, water-based electrolyte, eliminating fire risk for safe indoor installation.
o Power Conversion (Solid-State Transformer), Advanced System Integration: Replaces a multitude of inefficient components with a single, smart device, simplifying complex projects like EV charging hubs.
4. Our Commitment to a Sustainable Future
This Project is more than a strategic response to a market opportunity; it is a commitment to a fundamentally better way of powering Australia. Our entire portfolio is built on technologies that are inherently safe, utilising non-toxic and abundant materials to deliver a superior low cost of ownership over the asset's entire multi-decade lifespan. By prioritising solutions that are highly recyclable and free from conflict minerals, we ensure our operations are a benchmark for ESG compliance. This venture is uniquely positioned to deliver not just financial returns, but a truly green energy future for Australia—one that is secure, sustainable, and built to last.
Underground (UG) Mining Industrial Access Point - Hard Rock
two-cans: Revolutionizing Underground Mine Connectivity
Green Liberty is developing a groundbreaking wireless access point (WAP) solution meticulously engineered for the demanding conditions of underground hard rock mining. This innovative system directly addresses the shortcomings of conventional communication systems that often prove costly, complex, and unreliable in these challenging environments.
Problem:
Traditional communication systems in underground mines are costly, complex, and unreliable, hindering the adoption of digital technologies critical for safety, productivity, and sustainability.
Solution:
Our solution provides a cost-effective, easily deployable wireless access point solution designed specifically for the harsh underground environment and challenges of UG mines, empowering mines to embrace the future of connected operations.
Opportunity:
The global Mining 4.0 market is projected to reach $23.6 billion by 2027, with the Asia Pacific region leading the growth.
Our product is strategically positioned to capture a significant share of this burgeoning market.
Product Overview:
- Extensive research and development have culminated in a market-ready solution for underground hard rock mining, addressing a multi-billion dollar market opportunity.
- Cost-effective, easily deployable, and secure wireless network designed to simplify connectivity in challenging environments.
- Committed to sustainable and responsible mining practices, contributing to improved safety, reduced environmental impact, and positive social outcomes.
Performance Results Achieved:
- Minimised Latency and Jitter: Rigorous testing has demonstrated the system's ability to achieve <1ms latency and <0.5ms jitter, essential for supporting real-time applications such as autonomous mining.
- High Bandwidth Capacity: The system delivers >100Mbps bandwidth at each access point, ensuring ample data throughput to support the stringent demands of mining operations.
- Extended-Range Power Delivery: The access points are engineered for a wide operating voltage range (20-60V) and maintain low average power consumption (average <6W), enabling extended operational reach from a single power supply and significantly reducing power infrastructure costs.
Welcome!
See our projects section for innovation across converged networks, reduction in power consumption, and smart access technology.