Australia Awards A$32.3M Grant for Solar Construction Robots
Australia is investing up to A$32.3 million in solar-construction robotics, supporting two manufacturing facilities designed to automate labour-intensive stages of large-scale solar farm development. The Australian Renewable Energy Agency (ARENA) announced the grants on October 13, awarding up to A$17.8 million to Luminous Robotics and A$14.5 million to Built Robotics Australia.
The funding will support manufacturing operations in Melbourne and Brisbane, respectively. The projects aim to improve construction productivity, reduce labour constraints and strengthen Australia's domestic supply chain for renewable-energy infrastructure.
Both grants fall under the second round of ARENA's Solar Sunshot programme, which supports innovation and manufacturing in the solar industry.
Luminous Robotics to Manufacture Panel-Installation Robots
Luminous Robotics will establish a manufacturing facility in Melbourne to produce its LUMI autonomous solar panel installation robots. The project is expected to support the manufacture and deployment of approximately 100 robots by 2029.
LUMI automates the repetitive task of lifting and placing solar panels onto mounting structures. The technology has already undergone demonstrations at solar farms in Victoria and New South Wales, with the new funding intended to move it from field testing to larger-scale manufacturing and deployment.
Scaling production could help solar developers manage labour-intensive installation work as Australia expands its renewable-energy capacity. The Melbourne facility is also expected to build local expertise in advanced robotics manufacturing and field operations.
Built Robotics Targets Automated Foundation Piling
Built Robotics Australia will establish a manufacturing hub and operations centre in Brisbane for autonomous piling systems used in utility-scale solar construction. The company will receive up to A$14.5 million to manufacture and deploy 12 robotic piling systems.
The systems use autonomous technology to drive the foundation piles that support solar-panel structures. This stage of construction can require substantial labour and time, particularly across large sites and in difficult ground conditions.
The project will also advance autonomous pre-drilling technology and systems designed to support safe night-time operations where site conditions and approvals permit. Local production is intended to reduce dependence on imported equipment and improve access to specialised construction machinery.
Automation Supports Australia's Solar Expansion
The two projects address different stages of solar farm construction: LUMI automates panel placement, while Built Robotics' systems handle foundation piling. Together, they are intended to increase construction capacity and reduce some of the physical demands placed on site workers.
ARENA said domestic manufacturing could strengthen supply chains, develop specialist skills and help projects progress more efficiently. However, the expected benefits will depend on manufacturing scale, field performance and adoption by solar developers.
The grants represent a step toward commercial deployment rather than proof that the technology has already transformed construction costs across the industry. As production expands, the companies will need to demonstrate reliable performance and effective integration into existing solar construction operations.
