Raptor Maps, a solar asset management and analytics platform, saw a busy week as it showcased new data on performance risks and expanded its automation-focused services. The company emphasized that its analysis of nearly 60 GW of non‑aerial thermography data in 2025 highlights growing issues with high‑voltage equipment, wiring, and environmental conditions.
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Tracker malfunctions emerged as a key risk driver, accounting for an increasing share of power losses across a cumulative 373 GW of solar data over the past five years. This focus underscores the rising importance of mechanical reliability and advanced diagnostics in utility‑scale solar operations.
Raptor Maps also spotlighted shifting maintenance practices toward more frequent, targeted infrared inspections instead of a single annual survey. Enabled by its Sentry technology and autonomous drones, these high‑cadence, partial inspections allow operators to concentrate on underperforming sections and accelerate fault resolution.
The firm likens this approach to “arthroscopic surgery” for solar farms, positioning its tools as a way to reduce downtime and improve asset performance through granular, location‑specific data. This model supports recurring software and services revenue and deeper integration with large‑scale asset owners.
The company further advanced its role in robotics and automation by launching public office hours offering free one‑on‑one “coffee chats” with in‑house experts. Early interest centers on predictive risk management, operational bottlenecks, and assessing the technical and financial viability of site robotics deployments.
These office hours are framed as advisory rather than sales‑led and are aimed at asset management and O&M leaders facing manual inspections, disconnected spreadsheets, and robotics integration challenges. By engaging directly on these pain points, Raptor Maps is gathering feedback that can inform product development and reinforce its consultative positioning.
Across these updates, Raptor Maps continues to leverage its extensive global dataset, including findings that newly commissioned sites suffer an average 4.46% power loss at startup. The week’s developments point to a company deepening its presence in data‑driven performance optimization, automation, and predictive maintenance for utility‑scale solar assets.
Taken together, the focus on thermographic analytics, targeted inspections, and robotics‑enabled workflows suggests a strengthening competitive position in solar asset management. The overall week underscored Raptor Maps’ efforts to align its software, data, and services with industry demand for higher efficiency and more reliable long‑term energy yields.