V3 Namibia

USE CASES & PROJECT EVIDENCE

See the work.
Understand the outcome.

Explore how inspection and survey findings support real asset decisions, from power lines and solar modules to mine surveys and wind construction.

Each example identifies its status: specialist capability, sample deliverable, prior experience or awarded programme.

Inspection use cases

From the asset
to the next action.

Explore two specialist workflows through the Sky-Futures Africa delivery network, with the supporting documents available to view.

Hepta Insights examples of RGB, infrared and LiDAR power-line analysis

Technology partnership · Hepta Insights platform examples

01 / OVERHEAD LINES

Which findings need your team's attention?

Connect visual, thermal and LiDAR evidence to the right structure and component. Hepta Insights supports AI-assisted analysis, engineer review and reporting through Sky-Futures Africa, its Africa Regional Partner.

The question
Where are the condition concerns, thermal anomalies and vegetation-clearance risks?
The deliverable
Located findings, source imagery, classification and priorities within the agreed scope.
The decision
Plan targeted maintenance and identify where further technical assessment is needed.

Capability workflow. The brochure's international project examples and metrics belong to Hepta Insights.

Representative electroluminescence module images from the anonymised sample report

Illustrative sample · Solar PV module imagery

02 / SOLAR ELECTROLUMINESCENCE

Look beyond the surface of your modules.

See how drone EL imagery becomes a structured inspection record. The Sky-Futures Africa × Quantified Energy sample connects coverage, module-level indications and follow-up actions.

The question
What EL-visible indications warrant targeted investigation?
The deliverable
Representative imagery, coverage records, reported findings and recommended verification actions.
The decision
Focus further testing and build traceable evidence for technical review.

Anonymised illustrative deliverable, not a site-specific assessment or a completed V3 project claim. EL indications alone do not establish yield loss or warranty eligibility.

CASE STUDY 01

01

MINING / GEOSPATIAL

NAMIBIA

STATUS: PRIOR DELIVERY EXPERIENCE

Mine survey data that answered a commercial question.

Survey scope image showing defined mining material areas
Mining volume calculation results and supporting survey output
The requirement

A mine required an updated topographic survey and defensible volume calculations across defined material areas.

The evidence
  • UAV photogrammetry
  • 13 ground-control points
  • 3 permanent survey beacons
  • WGS84 / UTM34S delivery
  • cleaned point-cloud processing
  • orthophoto generation
  • terrain/TIN processing
  • volume calculations
  • cross-section outputs
The output

The survey converted aerial capture into quantified geospatial information rather than simply delivering photographs.

Defined material areas were measured and reported with supporting survey evidence and cross-sections.

Why it mattered

The deliverable helped answer an operational and commercial question:

What material is present, where is it located, and what quantity can be supported by the survey evidence?

Historical Namibia project delivered by members of the current V3 Namibia delivery network prior to incorporation of Vector Three Namibia Trading CC.

CASE STUDY 02

02

SOLAR / ASSET INTELLIGENCE

From thermal capture to prioritised module findings.

NAMIBIA

Thermal map showing the solar site inspection context
Solar module-level anomaly record with visual and thermal evidence
The requirement

Assess a utility-scale solar site using paired visual and thermal evidence and convert the inspection data into structured, actionable module-level findings.

Project evidence
  • 5 MWp solar site
  • Approximately 11.38 ha inspection area
  • Paired RGB and thermal UAV capture
  • Anomaly classification
  • Severity grouping
  • Temperature-delta analysis
  • Geolocated findings
  • Module-level inspection records
  • Recommended remedial action
The workflow
CAPTUREANALYSELOCATECLASSIFYPRIORITISEACT
The finding record

An individual inspection finding can include:

  • RGB evidence
  • Thermal evidence
  • Precise location
  • Anomaly category
  • Severity
  • Temperature delta
  • Recommended next action
Why it mattered

The value was not the thermal image itself.

The value was converting inspection evidence into structured findings that could be reviewed, prioritised and acted on by the asset team.

Technical boundary

Thermal screening supports maintenance decisions but does not replace competent electrical assessment or testing where required.

Historical Namibia project delivered by members of the current V3 Namibia delivery network prior to incorporation of Vector Three Namibia Trading CC.

STATUS: PRIOR DELIVERY EXPERIENCE

CASE STUDY 03

03

WIND / CONSTRUCTION EVIDENCE

A permanent visual record of a critical construction milestone.

SOUTHERN AFRICA

Wind turbine nacelle being lifted during a construction milestone
Wind turbine nacelle positioned during a construction milestone
The requirement

Create controlled aerial evidence of major wind-turbine construction milestones during a live heavy-lift and erection programme.

The capture

The programme included evidence of:

  • Tower erection
  • Heavy-lift activity
  • Nacelle installation
  • Hub installation
  • Blade installation
  • Construction-site context
  • Repeat visual records
  • High-resolution still imagery
  • Project-progress media
The output

The capture created a consistent visual record of major construction milestones rather than isolated photographs.

This record can support:

  • Project reporting
  • Stakeholder communication
  • Progress verification
  • Construction history
  • Handover records
  • Future comparison
  • Selected project media
Why it mattered

Construction teams already know that work is taking place.

The value is creating a repeatable, high-quality evidence record showing what happened, when it happened and the condition and context of the site at that stage of the programme.

Delivered through Sky-Futures Africa within the wider V3 Namibia delivery network.

STATUS: CURRENT DELIVERY-NETWORK PROGRAMME

CASE STUDY 04

04

SOLAR / DRONE ELECTROLUMINESCENCE

Night operations. Cell-level evidence.

EDF & GLOBELEQ · SOUTH AFRICA · NOVEMBER 2026

Our South African drone EL roadshow brought Sky-Futures Africa and QE Labs together for fieldwork with EDF and Globeleq. From EDF’s Mooiplaats site to the latest Globeleq deployment, the programme combined local flight operations, specialist electroluminescence technology and close coordination with the client teams. Updated 5 November 2026.

Sky-Futures Africa and QE Labs personnel at the Mooiplaats solar site
Field partnership · Sky-Futures Africa × QE Labs
Drone EL night operation over photovoltaic arrays at Mooiplaats
Controlled night-flight operation
EDF site team with Sky-Futures Africa and QE Labs after the field operation
Site team · safe access and coordination
Specialist drone being prepared for EL data capture at night
Aircraft and sensor preparation
Field team supporting the drone EL operation at Mooiplaats
Live field delivery with the site team
Roadshow highlights · November 2026

A look behind the fieldwork: the people, preparation and night operations that made the programme possible.

Drone and field crew working at night among solar arrays
Latest roadshow fieldwork · night operations
Field team member preparing the drone at night
Aircraft preparation before capture
Solar arrays beneath the night sky during the EDF deployment
EDF fieldwork · solar arrays after dark
With thanks to EDF, Globeleq, QE Labs and every site team behind the work.
The fieldwork

Drone-based electroluminescence is conducted after dark and can reveal cell-level cracking, internal damage and degradation that may not be evident through visual or thermal inspection alone.

The delivery capability
  • Controlled night operations
  • Utility-scale PV deployment
  • Specialist drone EL capture
  • Module-level evidence
  • Geospatial inspection context
  • Technical analysis and reporting
  • Visual and thermal correlation options
  • Evidence for maintenance and warranty review
Why the partnership matters

The collaboration brings together Sky-Futures Africa's regional flight and operational capability with QE Labs' specialist drone EL technology and analysis.

Together, stronger: one field workflow from safe site mobilisation and capture through to technical evidence the asset team can review.

With thanks

Thank you to EDF and Globeleq for your trust, site access and operational support. To the site managers, technicians, safety teams and everyone who helped after dark: your contribution made the fieldwork possible. Thank you to QE Labs for the specialist EL technology, expertise and teamwork throughout the roadshow.

Delivered by Sky-Futures Africa with QE Labs as part of the wider V3 Namibia regional delivery network.

STATUS: CURRENT DELIVERY-NETWORK PROGRAMME

Capability boundary

CAPABILITY IS NOT THE SAME AS PROJECT HISTORY

V3 Namibia also provides access to specialist capability for:

  • Wind turbine blade inspection
  • Solar thermal and EL inspection
  • Overhead-line and substation inspection
  • LiDAR and engineering survey
  • Tank and confined-space inspection
  • Industrial and mining asset inspection
  • Oil, gas and marine inspection support

Where specialist engineering, NDT, rope access, statutory inspection or professional certification is required, the responsible specialist is identified separately within the project scope.

Evidence with clear boundaries

Show enough to demonstrate the work. Protect what belongs to the client.

Naming, imagery, reporting and client access are agreed before mobilisation. Approved deliverables are then shared through a controlled project workspace.

Your asset. Your decision.

Let's define the evidence your team needs.

Bring us the site, access problem or required deliverable. We will help shape a practical capture and reporting plan.

Discuss a project