The morning sun casts long shadows across the sprawling construction site where Flomar Civil crews meticulously install electrical conduits that will soon channel power from thousands of solar panels. This site, one of dozens across the country, represents the physical manifestation of Australia’s renewable energy ambitions. Federal government initiatives accelerate approvals for 25 gigawatts of renewable projects, placing specialised firms like Flomar Civil at the intersection of policy ambition and practical implementation, navigating the complex terrain between vision and reality.
“Most people see the solar panels and wind turbines, but few understand the intricate civil and electrical infrastructure that makes these systems function,” explains Sam Norrish, CEO of Flomar Civil, as he surveys a project site. “The renewable revolution isn’t just about generation technology—it’s about building the physical foundations and connections that make the entire system work.”
This insight comes from a leader whose company has positioned itself at a critical juncture in Australia’s energy landscape. Industry giants focus on headline-grabbing megaprojects. Flomar has carved out a specialised niche managing the civil and electrical works essential to renewable energy infrastructure—the unglamorous but vital components transforming ambitious climate targets into functioning power systems.
The Acceleration Of Australia’s Renewable Transition
Australia stands at a pivotal moment in its energy transition. Last week marked a significant milestone when the federal government, working with states and territories, announced a National Renewable Energy Priority List featuring 32 renewable energy generation and storage projects that will receive streamlined regulatory support. These projects could deliver 16.5 gigawatts of generation and 6.3 gigawatts of storage capacity—enough to provide electricity for over 9 million homes.
The Australian Energy Market Operator (AEMO) advises the country to add at least 6 gigawatts of utility-scale generation annually to meet the government’s 82% renewable energy target by 2030. Despite significant progress—with 2023 adding 2.8 gigawatts of new capacity—the current pace falls short of what’s required to achieve this ambitious transformation.
Clean energy will provide 39.4% of Australia’s total energy generation in 2023, up from just 17% in 2017. This rapid expansion has created opportunities and significant bottlenecks in skilled labour, specialised equipment, and technical expertise—challenges that firms like Flomar Civil have positioned themselves to address.
The Infrastructure Behind The Energy Transition
The renewable energy boom presents opportunities and challenges for companies like Flomar Civil. The firm specialises in the critical but often overlooked intersection of civil and electrical infrastructure, which forms the backbone of renewable energy projects.
“What surprises most people is that approximately 40% of a renewable energy project’s cost isn’t in the panels or turbines—it’s in the civil and electrical infrastructure,” reveals Norrish. “When we started five years ago, we competed with dozens of civil contractors for renewable projects. Today, only a handful of specialists truly understand these complex systems’ civil and electrical requirements. The skills shortage in this niche has become one of the biggest constraints on Australia’s renewable energy targets.”
Specialised expertise has become increasingly valuable as Australia’s electricity construction sector grows. Industry forecasts predict a fundamental shift in infrastructure priorities—electricity construction is expected to surpass roads and bridges by 2033, comprising 40% of all civil construction works in regional NSW alone. This dramatic realignment reflects Australia’s accelerating transition toward renewable energy sources and the substantial infrastructure requirements associated with this transformation.
Flomar’s recent involvement in the Sydney Gateway Project demonstrates this specialised capability. Working in partnership with the John Holland and Seymour Whyte JV, the company provided critical infrastructure for the upgrade to the infrastructure surrounding Sydney Airport, installing a 3km shared service corridor, 8 separate distribution relocation packages, a 3km 33kv transmission route, and a significant ITS upgrade around the airport’s intersections—all essential but largely invisible components of modern infrastructure.
The challenge is immense. To achieve the federal government’s target of 82% renewable energy by 2030, the clean energy sector must expand from approximately 30,000 current positions to between 130,000 and 200,000 jobs. This sixfold workforce expansion represents Australia’s most significant labour market shifts, creating opportunities and challenges for specialised firms.
From Sydney To The Outback
Flomar Civil’s strategic positioning extends beyond technical specialisation to geographic reach. While many construction firms concentrate on metropolitan areas, renewable energy infrastructure increasingly requires expertise in regional and rural Australia, where land availability makes large-scale battery, solar and wind projects feasible.
“The renewable energy transition is fundamentally reshaping Australia’s infrastructure map,” Norrish explains. “Ten years ago, power generation was concentrated around coal deposits and major population centres. Today, we’re building energy infrastructure in locations chosen for their solar radiation or wind patterns, often in remote areas with limited infrastructure.”
Geographic shifts create unique challenges. Projects in remote areas require technical expertise, specialised logistics capabilities, cultural sensitivity in community engagement, and innovative workforce accommodation and transportation approaches. Flomar has developed expertise in these areas, highlighting its “skilled workforce that excels at mobilising and engaging with remote communities, ensuring effective project resourcing and timely delivery of green energy solutions.”
The company’s experience with regional projects like the Riverina Solar Farm, where they managed civil works and electrical infrastructure installation in a remote agricultural region, demonstrates their capacity to overcome the logistical challenges of rural construction. This regional focus is strategically significant as large-scale solar, wind, and battery storage facilities require substantial land areas typically available outside urban centres.
88 renewable electricity generation projects have either reached financial commitment or are under construction across Australia, representing 13.2 gigawatts of capacity in the pipeline. Additionally, 52 committed storage projects are in development, equivalent to 10.5 gigawatts or 26.3 gigawatt-hours in capacity/energy output. These projects, representing at least $36.5 billion in capital investment, are disproportionately located in regional areas, creating significant opportunities for firms with rural project management capabilities.
The Data Centre Connection
Another infrastructure trend creating new opportunities for specialised civil contractors is the rapid expansion of data centres. These facilities require substantial power infrastructure and specialised construction expertise, aligning with Flomar’s capabilities.
“The intersection of renewable energy and data infrastructure represents one of the most promising growth areas in Australian construction,” notes Norrish. “Data centres require reliable power and increasingly demand renewable energy to meet corporate sustainability commitments. Our experience with power infrastructure and complex civil works positions us to serve this growing market.”
This convergence represents a strategic opportunity for Flomar to leverage its renewable energy expertise in an adjacent market. The company is actively pursuing certifications and building relationships with technology companies to establish the credentials necessary for data centre construction, building on its successful track record with major principal clients like Microsoft and Amazon.
Strategic positioning reflects the evolution of Australia’s infrastructure sector toward greater specialisation and integration. As projects become more complex, incorporating renewable energy, digital systems, and sustainability requirements, firms that can bridge traditional construction disciplines with specialised technical knowledge find themselves increasingly in demand.
Norrish’s career path from working on heritage-sensitive construction projects like the Lennox Bridge Portals (which won the National CCF Earth Awards in 2016) to his current leadership of a specialised renewable energy infrastructure firm illustrates the evolution of Australia’s construction sector. His experience with complex projects like the Chalmers Street Substation for Transport for New South Wales provided valuable insights into integrating civil and electrical systems—expertise that now proves invaluable in renewable energy infrastructure.”The renewable energy transition represents Australia’s greatest infrastructure challenge since the post-war expansion,” reflects Norrish. “But it’s also our greatest opportunity to build a more sustainable and resilient energy system. The future belongs to companies that can navigate this transition’s technical complexities and human dimensions—combining specialised expertise with adaptability, innovation, and community engagement. We’re not just building infrastructure but helping build Australia’s energy future.”