Who are we.

The Minerals to Megawatts Cooperative Research Centre (CRC) is a nation-wide coordinated initiative that aims to turbocharge Australia’s renewable technology competitiveness and sovereign capability through strategic development of critical high-value renewable technology components that maximise energy security while affording major export opportunities.

Our focus is ‘critical’ renewable technologies - low cost solar panels, wind energy generators and large-scale energy storage.

Our challenge.

For Australia to achieve its climate targets, guarantee its energy security, and enjoy low energy costs into the future, rapid deployment of renewable energy technologies is urgently required. Australia enjoys several natural and economic advantages – including core critical mineral stocks and an advanced mining sector – that positions us as a potential renewable technology leader of the future.

However, Australian industry is struggling to effectively capitalise on these advantages due to critical gaps across the domestic renewable technology supply chain. At a time when many nations are accelerating domestic renewable technology manufacturing to meet international demand while also shoring up their own energy security, these gaps in Australia’s renewable technology capabilities represent a major export opportunity cost, pose risks to future energy sovereignty, and are hampering our ability to meet net zero targets.  

The Minerals to Megawatts CRC will address industry challenges at crucial junctures of the renewable technologies supply chain:

  • Risks in supply chain continuity and provenance, and cybersecurity threats

  • Gaps in pre-deployment testing for new materials and technologies

  • Lack of infrastructure for grid integration and situation testing

  • Lack of common safety standards for connections and fire hazards

  • Gaps in certification processes for batteries and renewable technology components

  • Shortage of an appropriately skilled and diverse workforce – that can design, install and maintain renewable technologies across multiple settings.

Our priorities.

  • Establishing value-added processing of critical minerals, boosting industry’s ability to take advantage of natural reserves.

  • Supporting strategic local manufacturing of high-value components and systems – i.e. redox flow and large-scale lithium batteries, low-cost silicon and perovskite solar cells.

  • Implementing advanced pre-deployment testing and characterisation.

  • Developing safety standards and accreditation processes, accelerating pathways to market for emerging critical renewable technologies.

  • Increasing workforce capacity in critical areas.

Our target outcomes.

  • Increased resilience for Australian industry against global renewable technology supply chain disruption.

  • Increased capability for domestic manufacturing of specific critical renewable technology components, including expanded testing infrastructure capable of supporting entry of new critical renewable technology products into domestic and international markets.

  • Improved safety of critical renewable technologies, evidenced in reduction in incidents due to development of effective standards and accreditation models.

  • Increased deployment of critical renewable technologies into major areas of the economy – mining operations, industry processes, electricity grids, and homes.

  • Sustainable and reliable workforce growth, with key skills in place to support the renewable technology industry.

Meet the Bid Team.

  • Leeanne Bond

    CHAIR

  • Dr Steve Davis

    INTERIM CEO

  • Alyssa Bates

    BID DIRECTOR

  • Associate Professor Joshua Watts

    PROGRAMS DIRECTOR

  • Dr Melissa Nikolic

    BID ENGAGEMENT MANAGER

  • Scott Mitchell

    QUT DIRECTOR, MAJOR RESEARCH INITIATIVES

Get involved.

A Stage 1 application was submitted on 5 March 2024 to Round 25 of the Australian Government’s Cooperative Research Centres (CRC) Grants Program. Outcomes will be known in July 2024. Stage 2 of the bid process will likely close in August 2024.