Digital twins are redefining how Australia’s energy sector designs, delivers, and operates infrastructure – driving efficiency, trust, and compliance.
Australia’s energy sector is under pressure to deliver reliable, efficient, and sustainable infrastructure.
From renewable generation to grid modernisation, projects are increasingly complex, requiring closer collaboration and greater trust in the data that underpins every decision.
With this in mind, a critical solution is emerging. Digital twins not only improve project delivery but also support long-term operations, asset optimisation, and compliance with evolving regulation.
Governments are already shaping how the energy transition unfolds. Recently, the NSW Infrastructure Digitalisation and Data Policy (IDD) was released, demanding consistent, interoperable data across the asset lifecycle.
Autodesk Construction Cloud (ACC) helps meet this through a secure common data environment, collaboration tools, and ISO 19650-aligned workflows. Combined with Datum360’s strengths in asset data management, utilities can ensure high-quality, structured data flows into operations.
ACC reduces rework and improves collaboration, while Datum ensures compliance with metadata and governance standards.
The data challenge
Despite advances in digital delivery, many energy projects still rely on outdated and ill-fitted tools and manual processes. Many still use spreadsheets to review deliverables and validate asset data quality.
At scale, this manual approach is inefficient and unreliable. Data is often siloed, incomplete, or inconsistent, and integration with enterprise systems such as SAP is patchy at best.
This sees teams burdened by the administrative work, spending hours validating spreadsheets, reconciling datasets, and spot-checking deliverables against attribute matrices.
Instead of providing clarity, the process fuels doubt, making stakeholders question whether they are working with the right information – every handover or integration becomes a potential risk point.
Without governance, data becomes a liability, slowing projects and creating uncertainty at a time when energy infrastructure demands certainty most.
This is where structured platforms make the difference. ACC provides a secure common data environment that unifies design, construction, and field teams. By breaking down silos, it ensures every stakeholder is working from a single source of truth, reducing risk and improving accountability.
Building on this foundation, Autodesk Datum introduces enterprise-grade data governance, enforcing standards for metadata, classification, and naming conventions before information enters the environment. This not only improves confidence in the data but also ensures compliance with policy-driven requirements for quality, custodianship, and interoperability.
Once data is structured and trusted, Autodesk Tandem brings it to life as a digital twin. With minimal effort, Tandem federates information from ACC and Datum into a dynamic model that evolves alongside the asset. It can integrate with IoT sensors, SCADA and computerised maintenance management systems, giving operators real-time visibility, predictive maintenance insights, and a holistic view of performance over time.
The path forward
For Australian energy companies, digital twins are more than just a technology upgrade; they represent a transformative shift towards policy-aligned, interoperable systems that enhance operational efficiency, maintenance effectiveness, and long-term sustainability.
By embedding platforms such as ACC, Datum, and Tandem into their operations and maintenance strategies, companies can not only meet emerging industry standards but also unlock the benefits of predictive maintenance. This includes reducing downtime, extending asset life, and improving system resilience, positioning them at the forefront of the nation’s energy transformation.
For more information, visit autodesk.com.au
