Arrive knowing
what to fix

Our AI software, Glance, watches every park, sends the drone where the data points and guides your technician to the exact part.

ReadsHuawei · Sungrow · SMA · SolarEdge · Fronius · meteocontrol
Technician view
07:31

From your data
to the right fix

Our software, Glance, reads the data your parks already produce and only acts where something needs fixing.

Reads
Inverters and strings
Sensor pods
Weather and satellite
Grid and meter
Glance
In
Out
Acts through
Drone in a dock
Work order and parts
AR glasses
Reports for owners

Ruled out before anyone drives out

When output drops, Glance first checks the normal causes: less sun, a limit from the grid, lost data or a tracker in stow. Only a real fault reaches your crew.

AlarmINV-07 · 02:14 · output down
  1. Less sun, clouds, snow or dustRuled out
  2. Output held back by the gridRuled out
  3. Lost data rather than a stopped machineRuled out
  4. A tracker in wind stowRuled out
  5. The inverter’s own seasonal patternRuled out
FindingString 14 at 0 A since 02:14
Where
INV-07 · string 14 · behind panel 9
Likely cause
Connector failure
Next
Drone scan of row 14 tonight

One night at the park

  1. A string goes quiet

    String 14 drops to zero.

  2. Checked

    Sun, grid, data and trackers ruled out.

  3. The drone flies the row

    It finds the failed connector.

  4. The crew arrives ready

    Right string, right parts.

  5. Closed

    Output confirmed against its neighbours.

On site, day and night

When the data isn’t enough, Glance sends the drone or checks the sensor pods, before anyone books a trip.

A drone on its dock in a field

Drone in a dock

2027

Lives at the park and flies itself when Glance asks: after a storm, or to check an alarm.

Our sensor’s image of a test panel: dark marks are cracks inside the cells

Micro-crack imaging

Prototype

Visible, thermal and micro-cracks inside the cells, without taking panels down.

Render of the sensor pod opened up, showing its boards

Sensor pods

Prototype

Clip onto inverters, transformers and battery cooling, and track vibration, sound, electromagnetic field and temperature to catch wear before it trips an alarm.

AR guidance

2027

The part marked, the fault named, the fix step by step.

No made-up numbers

Every figure comes from tested analysis tools that follow published methods, never from the AI’s guesswork.

Glance never changes plant settings. Your engineers decide every fix.

Finding · INV-07Open
“Why did block 3 produce less yesterday?”

Measured

  • INV-07 against 9 neighbours−1.3%
  • 24 h of readings, corrected for sun and module temperature
  • Control history: a setting changed on 12 Oct

Ruled out

  • Fleet-wide fault9 neighbours normal
  • Heat deratingwithin band
  • Grid limitno set-point change

Proposed

  • Restore the previous setting on INV-07, for your engineer to review
  • Glance checks the output for a week after
Tool: peer comparison · IEC 61724-1 performance ratio

Start on your history

No live access and no hardware until you want them.

  1. 01

    Share history

    Exports from your platform or SCADA, and past reports.

  2. 02

    Describe the park

    Glance asks for whatever is missing.

  3. 03

    Work with it

    Correct it once. It remembers.

  4. 04

    Go live

    Read-only first. Drone and pods where you want them.

See it work

More on YouTube ↗
Supported by EIT Jumpstarter AWS University of Latvia Business Incubator StartUp House Shipyard UniLab

Questions from O&M teams

Something else? Write to team@radiant-robotics.eu

Do you need write access to our plant?

No. Glance connects read-only, through your monitoring platform’s API or the logger on site. It never changes plant settings: fixes are proposed to your engineers.

Which platforms do you work with?

Huawei FusionSolar, Sungrow iSolarCloud, SMA, SolarEdge, Fronius and meteocontrol through their read-only APIs. Anything else through CSV exports, or the plant logger over Modbus TCP. Trackers, meteo stations and grid set-points are read too.

How is this different from our monitoring portal?

Your portal shows the data and raises alarms. Glance checks each alarm against the weather, grid limits, lost data and the device’s own history, then tells you the cause, what it costs and what to bring.

How do we know the answers are right?

The assistant never does the maths itself. It calls tested analysis tools that follow published methods such as IEC 61724-1, and every finding shows what was measured, what was ruled out and what is proposed.

Where is our data stored, and who owns it?

Your data stays yours. It is hosted in the EU, or fully on your premises.

Does it work with battery storage?

Yes. Glance reads the battery’s management system, and the pods on the cooling units track the vibration, sound and temperature of the fans, compressors and pumps, where wear shows up before temperatures rise.

Do we need a drone on every park?

No. One dock covers a park or a cluster of nearby parks, and many sites start with software only.

Is the drone allowed to fly on its own?

Germany and Spain already approve remote drone-in-a-box flights. Each site is cleared under the local aviation rules before the first flight.

How is it priced?

Per MW per year, with hardware on loan where it is used. Pricing on request.

Can we offer Glance to our own clients?

Yes. We work through O&M firms and EPCs, so Glance can become part of the service you give owners.

Get early access

Get early access

For a small group of O&M firms, EPCs, owners and utilities first. Early partners shape what Glance learns next.

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