Renewable Energy Robotics & Automation

The renewable energy sector continues to be shaped by emissions targets, concerns about energy system reliability and the increasing affordability and performance of renewable technologies. These factors are driving the need for even more efficient, scalable and cost-effective ways to produce and deploy clean energy — a challenge where automation plays a critical role.

From solar and wind power to battery storage and hydrogen systems, automation is helping streamline production and refine complex manufacturing processes across the sector.

Maximising solar efficiency

Automation supports the high-precision manufacturing of silicon wafers, the automated handling and assembly of solar panels and the deployment of large-scale solar farms. By enabling cleaner, more consistent processes, automation reduces human error and enhances overall yield and production efficiency.

Accelerating wind energy

In the wind sector, robotics and automation are used in blade moulding, tower welding, component inspection and the pre-assembly of turbines. Automation solutions reduce lead times and enhance consistency in construction — particularly for offshore installations.

Scaling battery storage

As the demand for energy storage increases, automation helps streamline battery production — from cell manufacturing to module assembly and quality testing. Automation delivers safer operations, improved accuracy and greater production output.

Advancing hydrogen technologies

Automation enables the precise manufacture of electrolysers and fuel cells, improves control in high-pressure environments and ensures consistent output. As hydrogen technologies advance, automation supports safe and scalable system integration for production and use.

Our work with BHP

Increase in operational efficiency

10 %

Savings achieved and counting

$ m

Client retention rate

Projects successfully completed

Renewable energy automation

Our automation expertise spans the entire clean energy ecosystem. We bring together advanced robotics, intelligent control systems and domain-specific engineering to deliver scalable and reliable solutions — from component production to full system deployment. Working with established technologies, as well as supporting next-generation energy platforms, we help clients reduce risk, improve efficiency and accelerate time to market.

Precision automation for silicon wafer processing

We partnered on the development of a high-precision silicon wafer etching system — a critical process in solar cell manufacturing that prepares wafers to maximise light absorption and improve panel efficiency. Our engineers designed, built and tested fully integrated handling and processing systems, improving throughput and maintaining micron-level accuracy. By combining material-handling expertise with precision process control, we helped our client deliver better yield and lower operational costs in a highly competitive market.

Smarter solar farm deployment

We supported the early design phase of both fixed-mount and heliostat solar farms, bringing automation considerations upstream —where they have the most significant impact on construction efficiency and long-term performance. Our goal was to reduce capital expenditure by optimising the manufacturing of aluminium or steel frames and panel assembly to support automated production. This proactive design input enabled simple, high-throughput manufacturing and faster on-site assembly — contributing to quicker project completion and more cost-effective solar farm deployment.

FAQs

What’s the ROI on renewables automation?

Automation reduces labour costs, increases throughput and enhances material efficiency. In solar farm construction, it reduces CapEx and speeds up energy generation — accelerating both project delivery and returns.

How do you maintain precision with fragile or large parts?

To ensure consistent, high-quality assembly, we utilise vision-guided robotics, force sensing and adaptive controls to handle delicate wafers and large panels with precision.

Can your systems handle demanding environments?

Our automation solutions are built for reliability in remote and demanding conditions, utilising industrial-grade components that withstand extreme weather conditions and continuous use. Modular design and built-in diagnostics simplify maintenance and minimise downtime.

How do I make contact with Applied Robotics to start scoping a renewables automation solution for my business?

Simply complete and submit our contact form. Our solutions team will get in touch to set up a discovery call.