Aurora Solar will launch HelioScope Similar Obstruction Detection at RE+ next month. Built with Aurora Solar’s proprietary AI technology, HelioScope Similar Obstruction Detection streamlines the process of identifying and creating “keepouts” — or areas where modules should not be placed, such as over a skylight — for rooftop obstructions in commercial and industrial (C&I) solar projects.
As C&I solar projects get bigger and more complex, the challenge of managing numerous obstructions — everything from HVAC units to vents — has become increasingly daunting. Traditionally, finding and creating keepouts for these obstructions has been a time-consuming, manual task, extending design timelines and creating inefficiencies. HelioScope Similar Obstruction Detection addresses these challenges by reducing the time required to locate and manage rooftop obstructions.
As the first AI-based detection solution for large scale C&I solar projects, HelioScope Similar Obstruction Detection uses Aurora Solar’s proprietary AI technology to identify and create keepouts for similar obstructions in a fraction of the time. What typically takes 10-15 minutes to do manually can now be automated in just 10-15 seconds.
By automating detection and keepout creation processes, solar developers and EPCs can accelerate their design timelines, enabling them to focus on higher-value tasks and deliver more proposals.
While AI-based obstruction detection is not new to residential solar, its use in C&I solar has been limited to small rooftop projects. With the introduction of HelioScope Similar Obstruction Detection, C&I solar professionals will be able to confidently automate the accurate detection and creation of keepouts on even the largest rooftops systems.
“By integrating Aurora’s state-of-the-art AI technology in HelioScope, we’re expanding our capabilities as the world’s most trusted solar software, providing a solution that speeds up the design process, and enhances the accuracy of preliminary designs,” said Paul Grana, GM of HelioScope at Aurora Solar.
News item from Aurora Solar