Its robotics technology is an alternative to currently available dual-axis or single-axis tracking systems, which rotate solar panels toward the sun to increase energy production, according to Wasiq Bokhari, Qbotix’s chief executive officer.
“We are the first company to use mobile, intelligent robots to operate solar power plants,” he said in a phone interview.
Qbotix has developed battery-powered robots that ride on a monorail around arrays of solar panels and link up with each to mechanically tilt them toward the sun, performing the same function as standard tracking systems without the need for extra steel and motors. The systems will cost about the same as standard single-axis trackers, Bokhari said, without disclosing the price.
“The benefit we provide is that, without any cost difference, the project owners can generate 8 to 15 percent more energy compared to single-axis tracking systems and 30 to 40 percent more energy than fixed-mount systems,” Bokhari said.
The technology may reduce the levelized cost of solar energy by as much as 20 percent compared to projects without tracking systems, Qbotix said today in a statement.
Each robot can manage 300 kilowatts of panels and costs “a few cents a watt,” Bokhari said. Standard single-axis tracking systems usually cost about 35 cents to 45 cents a watt, and dual-axis systems, he said.