Ellume vs Raptor Maps: Two Views of the Same Plant
Raptor Maps and Ellume look at a renewable plant from different directions, and often work best together. Raptor Maps reads the plant through imagery: robotic and drone inspection, visual analytics and a map-based digital twin for solar. Ellume reads it through its operational data. Ellume Vector continuously validates that data, attributes every loss to a measured cause, prices it at your tariff and forecasts generation across solar, wind and battery storage, and Ellume Bridge handles NERC GADS compliance. If you need to see a physical defect, that is inspection's job; if you need to know what the plant is losing, why, and what it will produce next, that is Ellume.
This is a comparison where the honest answer is often 'both'. Raptor Maps and Ellume address different needs: one reads the plant through imagery, the other through its operational data. Raptor Maps combines drone and robotic inspection, visual analytics and a map-based digital twin for solar, with field tools for technicians. Ellume offers Ellume360™ (SOLAR360, WIND360, BATTERY360), with two engines built into it: Vector™ for diagnostics and forecasting, and Bridge™ for NERC GADS compliance. The overlap is smaller than a feature table suggests, so the sensible move is to understand what each is for.
A drone shows you what a fault looks like. Data shows you what it costs, and whether it was ever a fault at all.
The direct answer
If your need is to see and physically locate defects and site conditions (thermal anomalies, damage, erosion, vegetation), robotic inspection is built for that, and Raptor Maps is one of the names in it. If your need is to know continuously where the plant is losing energy, why, what it is worth and what it will produce next, across solar, wind and storage, that is Ellume. The two work well together: Ellume to find and price the loss, inspection to confirm the physical defect for the repair crew.
What each is built to do
Raptor Maps. Robotic and drone inspection for solar, with visual analytics that go beyond thermography, a map-based digital twin that brings site data into one system of record, and mobile tools for technicians in the field. For pinpointing and characterising a physical defect, imagery is purpose-built, and a data platform is not a substitute for the physical map it produces. Ellume. Ellume360 covers performance management across solar, wind and battery storage, commercial management, and field service with ticketing. Built into it, Ellume Vector combines physics-based checks with machine learning tuned to each plant's own normal for diagnostics and forecasting, and Ellume Bridge automates NERC GADS reporting.
Where Ellume goes deeper
Working from operational data rather than imagery lets Ellume go further on loss accounting, data trust and fault-versus-weather separation.
Vector: every loss, not just the visible ones
Both platforms put a value on the problems they find. Vector builds a measured loss breakdown from operational data, including losses that never show up in a picture, such as inverter efficiency, clipping, curtailment and downtime, attributes each to its cause and prices it at the plant's own tariff.
Vector: data you can trust
Vector checks the data itself, catching frozen sensors, meter misconfiguration, drifting sensors and timestamp errors, and says so when data is too poor to judge. Every figure is labelled as measured, derived or modelled.
Vector: real faults separated from weather
Cloud, soiling, low wind, temperature and grid events are recognised as such, so they never become false fault tickets, and physics validation cuts false alarms by 90%. Faults are located to the string, inverter or component from data, so an inspection can go straight to the right place.
What Ellume adds
Ellume360: beyond solar. Wind and battery storage are managed alongside solar in one platform, with commercial management in the same place. Vector: forecasts you can commit against. Physics-based forecasts for each asset with a calibrated P10–P90 range, accuracy tracked against each site's actual output, and one forecast for both the grid schedule and the O&M plan. Bridge: NERC GADS compliance. Bridge classifies each event into the correct cause code using the plant's own data, weather and operating context, routes every report through human review, and automates filing, cutting reporting time by 80%.
Comparison at a glance
| What you are comparing | Raptor Maps (published materials) | Ellume |
|---|---|---|
| Primary approach | Robotic and drone inspection, visual analytics, digital twin | Continuous analysis of operational data (Vector) |
| Asset classes | Solar | Ellume360: solar, wind, battery storage |
| Field work and mobile tools | Yes | Ellume360: field service and ticketing |
| Locating physical defects | Yes, from imagery | Vector locates to string and inverter from data; inspection confirms the module |
| Loss quantification | Losses from detected anomalies | Vector: measured breakdown of all losses, priced at tariff |
| Sensor-error detection | Not described in published materials | Vector: catches sensor and meter errors; says when data is too poor to judge |
| Generation forecasting | Not described in published materials | Vector: physics-based, calibrated P10–P90 range |
| NERC GADS | Not described in published materials | Bridge: context-aware classification, human review, automated filing |
| How they fit together | Physically confirms and characterises defects | Finds, attributes and prices loss continuously |
When you need both
The two fit naturally into one workflow. Ellume Vector spots a string losing output, attributes it and prices it, and a targeted drone mission confirms the physical module and its condition for the repair crew. In the other direction, an inspection finds erosion, vegetation or physical damage, and Ellume quantifies what it is costing in energy and revenue. Together they cover the physical view and the data view, and neither leaves the gap the other fills.
A decision rule you can apply today
Ask which gap costs you more. If it is physical conditions you cannot see (defects, damage, erosion, vegetation), prioritise robotic inspection. If it is losses you cannot fully quantify, forecasts you cannot commit against, or NERC GADS reporting, prioritise Ellume. If both hurt, run both: Ellume works from data you already collect, so it complements an inspection programme rather than disturbing it.
Frequently asked questions
- Does Ellume replace drone inspection?
- No. Ellume works from operational data and locates loss to the string, inverter or component; inspection physically confirms and characterises the defect. The two are complementary.
- Does Ellume cover wind and battery storage as well as solar?
- Yes. Ellume360 manages solar, wind and battery storage in one platform, with Vector diagnostics and forecasting and Bridge NERC GADS compliance built in.
- How does Ellume Vector tell a real fault from the weather?
- Vector recognises cloud, soiling, low wind, temperature and grid events for what they are, so they are not raised as faults, and validates every remaining alert against physics before it reaches your team.
- How is Ellume Vector's forecasting different?
- Forecasts are built from the physics of each specific asset rather than a regional weather feed, carry a calibrated P10–P90 range, are checked against each site's actual output, and drive both the grid schedule and the O&M plan.
