Robin takes offers to sell its groundbreaking Autonomous robot solution for photovoltaic (PV) installation of solar module. The move follows a successful live demonstration of his three-part robot solution at a large-scale solar project under construction in West-Texas.
During the event of April 17 near Abilene, the robot system of Rossendin proved that it could accelerate the construction of the utility scale on the solar scale, while it would improve the safety of employees and resolves persistent labor shortages. Industrial leaders watched while the system carried out autonomous operating maneuvers, obstacles detected with the help of Lidar and positioned panels within 2 mm with the help of GPS and KMZ mapping. Electric crews that collaborate with the robots installed PV panels in half the time that it costs a traditional all-manual crew.
“Our solution is a safer, faster and more cost-effective way to use solar installations, and we are open to conversations with everyone who is interested in marketing this technology,” said David Lincoln, Senior VP at Rosendin, one of the largest electric programs in the United States, with one of the fastest running. “These robots can maneuver about challenging territory in remote locations with extreme weather conditions, so that new markets all over the world can benefit that can benefit from renewable energy.”
The robot system, developed in collaboration with ULC Technologies LLC and exhibited in a Video on the YouTube page of Rosendinhas a hybrid gas and battery-driven design built to withstand extreme environmental conditions. Unlike other robots designed for the room for renewable energy, this system includes a panel setting robot with an integrated robot arm and vacuum suction cups for precise panel placement, supplemented with two panel wearing robots that work in tandem to guarantee a continuous panel supply.
Rosendin will evaluate the proposals until May on the basis of production possibilities, market range and an obligation to promote the infrastructure of renewable energy. Companies that are interested in the production and commercialization of the robot system can possess or use it directly as part of a rental fleet for solar builders worldwide.
“There are many applications for this technology that go beyond traditional solar farms,” said Lincoln. “This is an opportunity to have their own technology that has been tested in the field and has been proven that they yield significant competitiveness in the fast -growing sector of sustainable energy.”
Rosendin specializes in renewable energy sources and is a Tier 1-Sonne EPC that designs and performs the entire spectrum of medium and high-voltage electric, substation and transmission work. In the past 15 years, Rossendin has delivered almost 7 GW of solar project installations in the United States, Guam and Puerto Rico, with more than 7 GW in different stages of development and more than 2.5 GW under construction. The company’s portfolio comprises middle to large-scale commercial and utilities of solar farms, including the Aktina Renewable Power Project in Texas, Townsite Solar + Storage in Nevada and the Athos Renewable Energy project in California.
Tags: Robot, Rosendin Electric, Utility-Scale
