Innovative approach for sites ≥ 1mW
A utility-scale solar site inspection involves evaluating the performance, safety, and condition of a large solar power facility. This process includes checking the solar panels, inverters, wiring, and supporting structures to ensure they are functioning efficiently and complying with safety and regulatory standards. Inspections help identify issues such as damage, wear, or misalignment, ensuring optimal energy production and long-term reliability.
As solar installations grow beyond 1 megawatt in capacity, the sheer scale of these utility-sized sites present unique challenges. Traditional inspection methods become inefficient and unreliable, making it increasingly difficult to accurately inventory assets, document issues, and confirm proper remediation.
Furthermore, the information collected is often not easily accessible to the maintenance team, leading to inefficiencies in the repair process. This is where our innovative approach comes in, revolutionizing the inspection process for large-scale solar installations.
We utilize advanced computer vision AI models to automatically inventory the site before physical inspection, ensuring a comprehensive and efficient process even for vast utility-scale installations.
Our team employs GIS software and geolocation technology to precisely document any issues identified with system components during the physical inspection, maintaining accuracy across large areas.
All collected data is integrated into our state-of-the-art software, generating detailed reports that form the basis of our remediation planning, regardless of the site's size.
Based on the severity and type of issues identified, our software formulates a strategic remediation plan, prioritizing actions for optimal system performance and longevity, ensuring efficient management of large-scale sites.
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