A LinkedIn post from Raptor Maps highlights findings from the company’s Global Solar Report, focusing on the “anatomy of power loss” across 373 GW of solar data. The post points to a detailed video and full report that examine which equipment components are driving underperformance and how these trends are evolving over time.
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According to the post, one key takeaway is that string-driven underperformance has risen steadily and now appears as the leading cause of power loss in the analyzed data set. For investors, this emphasis on granular performance diagnostics suggests ongoing demand for advanced analytics in utility-scale solar, potentially reinforcing Raptor Maps’ value proposition with asset owners.
If the report’s insights gain traction with developers, operators, and financiers, they could influence procurement decisions and maintenance strategies, particularly around string-level design and monitoring. This may strengthen the company’s positioning as a data and performance-intelligence provider within the solar ecosystem, supporting opportunities for recurring software and services revenue.
The focus on multi-year, large-scale data (373 GW) also suggests that Raptor Maps is building a sizeable proprietary dataset that could create competitive differentiation. Over time, such data assets may enhance pricing power and retention, while helping the firm participate in broader industry trends toward optimizing solar plant yields and reducing lifecycle costs.