Meet the Robot That Installs Solar Panels Faster Than a Human Crew
A startup called Maximo is using AI-guided robots to speed up solar farm construction. Its founder says the technology could reshape how the world builds clean energy at scale.
Key points
- Maximo, a robotics startup founded by Deise Yumi Asami, uses AI-guided robots to automate solar panel installation on large utility-scale solar farms.
- Maximo was incubated inside AES Corp, one of the world's largest energy companies, giving the startup access to real project sites from day one.
- Asami has more than 15 years of experience in energy technology, including leading Brazil's first utility-scale lithium-ion battery storage project.
- The platform uses AI vision, software that lets a camera interpret what it sees in real time, to position and place solar modules precisely.
Building a solar farm is slow, physical work. Crews carry heavy panels across open fields, align each one by hand, and repeat the process thousands of times. Deise Yumi Asami decided there had to be a better way.
Asami is the founder and CEO of Maximo, a company that builds robots to do that panel-carrying and placement work automatically. Speaking on The Robot Report podcast, she explained how Maximo's machines use AI vision, a system where cameras feed live images to software that works out exactly where each panel needs to go, to handle installation with far less human effort.
The result: faster builds, fewer injuries, and lower costs on what the industry calls utility-scale solar, meaning the giant multi-acre farms that feed power directly into the electricity grid.
What does this mean for people working on solar farms?
It does not mean empty job sites. Asami is clear that the robots handle the heavy, repetitive lifting, while human workers focus on tasks that need judgement and flexibility. The technology is aimed at making sites safer first, faster second.
That matters because solar construction injuries often involve strain and falls from carrying panels that can weigh 25 kilograms or more.
What makes Maximo unusual is where it came from. Rather than raising venture capital from scratch, Asami built the company inside AES Corp, a global energy giant, through an internal innovation programme. AES gave her team access to real project sites and engineering resources. The startup is now a separate entity operating under the AES umbrella.
Asami brought serious credentials to the project. Before founding Maximo, she led the rollout of Brazil's first utility-scale lithium-ion battery energy storage system, the kind of large battery installation that stores surplus solar and wind power for use after dark or on still days. She holds a degree in electrical engineering and a Lean Design certification, a methodology focused on cutting waste from complex processes.
The timing is not accidental. Governments across the United States, Europe, and Asia have committed to building solar capacity at a pace the current construction workforce cannot match. The US alone needs to roughly triple its solar installation rate through the early 2030s to hit federal clean energy targets.
Robots that can work overnight, in heat, and without rest could chip away at that gap. Maximo is still early, but the problem it is solving is real and growing fast.
