Automation arrives in the Australian energy sector with a technological milestone: the company **Luminous Robotics**, based in the United States, will begin installing the first fleet of robots specialized in the construction of large-scale solar parks.
The initiative will be launched in **two pilot parks**, located in **New South Wales** and **Victoria**, with a combined capacity of **690 megawatts**.
The deployment will be possible thanks to an **investment of 4.9 million Australian dollars** from the **Solar Scaleup Challenge** program, aimed at boosting innovative projects in renewable energy. The works will be carried out by Luminous in collaboration with **Equans**, a global firm specialized in engineering and construction of energy infrastructures.
## Solar Robotics: Speed, Precision, and Less Operational Effort
The most advanced version of this technology, **LUMI 3**, can lift solar panels of up to **36.2 kg** and place them with **millimetric precision** on support structures. The system uses a **pick and place** mechanism powered by **artificial intelligence**, which allows:
– Installing panels at a speed up to **3.5 times faster** than the manual pace
– Improving construction efficiency up to **ten times**
– Reducing the physical effort of operators by relegating their role to **final securing tasks**
According to Luminous Robotics, this model reduces **total construction costs** by up to **6.2%**, favoring the development of energy infrastructure with lower investment and increased safety.
## Pilot Parks and Operational Projection
The two initial projects will be:
– **Culcairn Solar Farm (440 MW)**, in New South Wales
– **Goorambat East Solar Farm (250 MW)**, in Victoria
Five robotic units will be used in these installations as an operational test of the LUMI 3 technology. Each robot is designed to work in large-scale environments, with autonomy for precise placement and adaptability to the different structural designs of the parks.
## Strategic Objective: More Competitive Solar Parks
The technological advancement aligns with the objectives of the **Australian Renewable Energy Agency (Arena)**. Its CEO, **Darren Miller**, explained that reducing **operation and maintenance costs** in large-scale solar projects is key to achieving the agency’s goals:
– Achieving a cost of **30 cents per installed watt**
– Achieving a **levelized cost of electricity (LCOE)** below **20 dollars per megawatt-hour**
Automation in the construction phase could represent a strategic leap for Australia to strengthen its position in the global solar leadership.
