Australia’s energy transition is increasingly being shaped not just by new infrastructure, but by how effectively it can be integrated. Synertec Corporation Ltd (ASX:SOP)’s latest move — a strategic collaboration with Hitachi Energy — reflects that shift, bringing together global power conversion technology with local engineering and system integration capability at a time of rising demand for scalable energy storage solutions.
The engineering and technology group has signed a memorandum of understanding with Hitachi to jointly pursue battery energy storage system (BESS) and microgrid opportunities across Australia, bringing together global power conversion technology with Synertec’s in-house “Powerhouse” platform.
The collaboration is focused on a set of markets where that integration is becoming increasingly important — from traditional energy users to newer, fast-growing segments like data centres.
A convergence of demand
The data centre market is becoming a major driver. The rise of AI and high-performance computing is pushing operators to look beyond conventional grid connections and towards modular, dispatchable power solutions that can be deployed quickly and scaled as needed.
In that context, Synertec’s Powerhouse platform — designed as a containerised, rapidly deployable energy system — fits neatly alongside Hitachi Energy’s power conversion and grid integration capabilities.
The companies are targeting projects in the 5–30-megawatt (MW) range, with flexibility to scale higher, suggesting a focus on mid-tier deployments where speed and integration matter as much as raw capacity.
From component supply to integrated systems
The collaboration is framed around integrated systems rather than standalone equipment supply.
Hitachi Energy brings globally deployed conversion technology used in large-scale and mission-critical applications, while Synertec contributes local engineering and system integration capability alongside its Powerhouse platform.
That approach reflects a broader shift across the energy technology stack. As more renewable generation and storage capacity is added, the focus is increasingly on how those assets are connected, managed and maintained over time.
Recent updates from Synertec point to a gradual shift in that direction, with the Powerhouse platform being further standardised and developed with repeatable deployment and delivery in mind.
Scaling a platform, not just projects
The numbers from Synertec’s March quarterly update help frame the backdrop. Revenue and other income rose 18% year-on-year for the quarter to $5.1 million, with year-to-date revenue up 19% to $15.2 million.
The Powerhouse business is also continuing to develop. Installed units are generating lease revenue, with EBITDA above 90% for the period, while the pipeline is expanding — including recently secured units for TasNetworks under a community battery program. The company expects Powerhouse-related revenue to more than double from about $2.4 million in FY26 to over $5 million in FY27 as deployments scale.
The results point to a broader move from one-off engineering projects towards a mix of productised systems and recurring revenue.
Partnerships as a growth lever
The Hitachi Energy collaboration is part of a broader push to expand Synertec’s partner network, as the company builds partnerships with suppliers and technology providers to expand its access to projects and improve manufacturing efficiency.
The addition of a global player like Hitachi Energy potentially extends that reach into larger and more complex opportunities, particularly those requiring proven technology and lower perceived delivery risk.
Importantly, the MoU is non-binding, and project-specific agreements will still need to follow. But the framework allows both parties to jointly identify opportunities, develop technical solutions and structure bids — effectively aligning business development pipelines.
Where this fits in the broader market
The deal also highlights a broader trend in Australia’s energy transition: the growing importance of mid-scale, modular systems.
Large, grid-scale batteries continue to dominate headlines, but there is a parallel build-out of smaller, distributed systems — from community batteries to industrial microgrids — where deployment speed, flexibility and integration capability are critical.
At the same time, sectors like data centres are introducing new demand profiles, requiring high-availability power with minimal downtime and increasing tolerance for hybrid energy systems.
This convergence creates space for companies that can sit between global technology providers and local project delivery, effectively acting as integrators.
The next phase
For Synertec, the question now is execution.
The company has laid out a strategy centred on scaling its Powerhouse platform, expanding its engineering footprint and leveraging partnerships to access new markets.
The Hitachi Energy collaboration adds another layer to that strategy — particularly in higher-capacity BESS deployments and data centre-linked opportunities.
If the pipeline converts, it could mark a step change from incremental project wins towards larger, repeatable deployments — a shift that could prove decisive in a market increasingly defined by integration.