A Digital Twin of a solar asset is a virtual replica of the physical solar asset, such as a module or an entire farm, that exists in the digital world. It is a digital model that captures the data and information about the solar asset's design, construction, operation, and maintenance. This also serves as a clean, normalized system of record for the history of the asset.

The Raptor Maps platform provides a Digital Twin of each solar asset, where data is stored down to the individual piece of equipment. For example, every module on the site is mapped onto precise GPS locations, and stores both equipment data (such as serial numbers and the technology) and the entire history of the module (such as technician notes, faults detected, and maintenance logs). The Digital Twin is then presented in an intuitive, map-based interface.

Data from multiple streams (such as power production data, thermal inspections, ground inspections, and Work Orders) is then aggregated, analyzed, and stored in the Digital Twin accessible on both desktop and in offline mode for mobile users out in the field. 

With 33% of work orders requiring a second truck roll, having rich context and the right intel through the Digital Twin helps to reduce repeat mobilizations and ensure timely & effective remediation.

The Digital Twin 2.0 makes it even easier for you to navigate between different data sources to get the operational insights they need, and adds more workflow tools to make it easier to action those insights. The enhanced usability and new features will give you the analytical flexibility to enhance real-time decision making, execute and validate remediation, and maintain a comprehensive system of record that aggregates and normalizes multiple datasets into one.