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Solutions

How you benefit

Resources

About

Solar Asset Management Platform

Solar Asset Management Platform

Solar Asset Management Platform

Manage AC to DC and everything in between

Gain full visibility into your DC health, balance of system, civil works, and critical infrastructure, with analytics delivered through data-enriched, GPS-accurate Digital Twins of your solar assets.

Know exactly what needs your attention and where. Orchestrate field work done across human and robotic workers to reduce unnecessary truck rolls and free up your team's valuable time for higher leverage tasks.

Trusted by leading IPPs, regulated utilities, O&Ms, and EPCs around the world

Turn the physical into digital

The Digital Twin reconstructs your solar plant at equipment-level granularity and enriches it with data in a intuitive map-based interface available on desktop and on mobile. Analyze data, trigger tasks, and manage remediation through workflows built-in with the Digital Twin.

The platform collects, analyzes, and normalizes data from multiple sources to create a clean, auditable system of record for operations activity and asset health.

Operate in the Autonomous Era

Unlock rapid analytics and real-time visibility into your solar plants using remotely operated autonomous drones.

Automate inspections of everything from DC health to civil works, trigger livestream missions for rapid response, and free up your team's time to focus on action and remediation.

Get more than aerial thermography

Turn imagery into actionable intelligence, no matter how big your plant or your portfolio is. Prevent power loss from equipment issues, reduce risk of costly environmental compliance fines, manage fire risk, and more using solar's most comprehensive visual analytics suite.

Make your technicians' lives easier

Easily locate and navigate to checklist items on-site, update and manage tasks, and upload important data such as notes, images, and serial numbers - even in areas without cell signal.

Field-tested and offline-proven, the Mobile App is built to make it easier for technicians to do their jobs and track the impact of their hard work.

Rapid analytics, real-time visibility

Utility-scale visual analytics, powered by robotics and software.

Do more with automation and robotics than just aerial thermography.

Example use cases:

Monitor erosion

Verify construction

Investigate alerts

Detect cracks

Inspect interconnection

Manage wiring

Storm response

Mitigate fire risks

Manage DC health

Livestream

Do more with automation and robotics than just aerial thermography.

Example use cases:

Monitor erosion

Verify construction

Investigate alerts

Detect cracks

Inspect interconnection

Manage wiring

Storm response

Mitigate fire risks

Manage DC health

Livestream

Your inspections analytics should do more than just aerial thermography.

Example Use Cases:

Monitor erosion

Verify construction

Investigate alerts

Detect cracks

Inspection interconnection points

Manage wiring

Storm response

Mitigate fire risks

Manage DC health

Replace site walks

Demo it yourself

Want to get started with Raptor Maps?

Get a demo

Get a demo

Related Resources

2026 Global Solar Report

Raptor Maps studies the performance and risk profiles of solar assets around the world in order to distill industry trends and to highlight opportunities for the rapidly growing solar industry. This report is a summary of Raptor Maps’ research. The 2026 Global Solar Report draws upon 373 GWdc of utility-scale and commercial and industrial (C&I) solar PV analysis, including more than 75GW of non-DC health inspections. This report includes new analysis on the impact of robotic automation on solar performance, risk factors such as high voltage equipment, and a guest article from kWh Analytics on insurance costs.

2025 State of Solar Robotics

2025 State of Solar Robotics

This inaugural report looks at how solar developers, builders, owners, and operators use and perceive technology & robotics on solar farms. It answers the questions: What technology & robotics are people using? What value are they getting? Does this value differ if you're an owner or an operator? As well as how the solar industry is projected to respond to several macroeconomic factors reshaping the industry today.

This inaugural report looks at how solar developers, builders, owners, and operators use and perceive technology & robotics on solar farms. It answers the questions: What technology & robotics are people using? What value are they getting? Does this value differ if you're an owner or an operator? As well as how the solar industry is projected to respond to several macroeconomic factors reshaping the industry today.

Inverter Pad Inspections - Getting the Details Right with Drones

Today, technicians spend roughly half of their time doing preventive maintenance (PM) activities. From walking the fenceline to inspecting wiring, these activities take technician’s time away from the corrective work which actually gets power back on line. 

At Raptor Maps, we are designing automation and robotics solutions that can augment a technician’s schedule, empowering them to do more corrective work while leaving the time-intensive PM work to drones. For O&M teams, this helps their bottom line – when you can pursue more corrective work, that is directly tied to more revenue. But this automation is also a win for asset owners – more corrective work means more power online, and better performing portfolios. 

One of the many routine PM inspections that Raptor Maps is automating with robotics is for Inverter Pads, which house a host of complex equipment. As inverter pads contain critical components for energy conversion and delivery, malfunctions here can drive significant energy loss. According to our 2026 Global Solar Report, anomalies on inverters drove the second highest amount of power loss in 2025, trailing only string outages.

With that as context, in this article, we’ll dive into:

  • A breakdown of what drones can see on an inverter pad inspection

  • Why these inspections are essential for preventing inverter failure and managing compliance.

  • A case study on how automating PM scope is helping an O&M provider optimize labor efficiency and safety .

© 2025 Raptor Maps, Inc.

444 Somerville Ave.
Somerville, MA 02143

Stay Up to Date

Subscribe to our newsletter and stay informed about innovations in solar asset optimization, deploying robotics for solar, our research and testing with OEMs, the latest in our product development, and more.

© 2025 Raptor Maps, Inc.

444 Somerville Ave.
Somerville, MA 02143

Stay Up to Date

Subscribe to our newsletter and stay informed about innovations in solar asset optimization, deploying robotics for solar, our research and testing with OEMs, the latest in our product development, and more.

© 2025 Raptor Maps, Inc.

444 Somerville Ave.
Somerville, MA 02143

Stay Up to Date

Subscribe to our newsletter and stay informed about innovations in solar asset optimization, deploying robotics for solar, our research and testing with OEMs, the latest in our product development, and more.