Power inspection data Is hard to connect, interpret, and deliver
Manual site access is only the beginning. The real delay comes from turning disconnected scans, images, measurements, and notes into information the team can use.
High-Risk, Time-Consuming Site Visits
Manual inspections require repeated site walks, clearance checks, and work around energized equipment before findings can be documented and shared.
Thermal Findings Are Difficult to Locate Without 3D Context
Thermal images can reveal an anomaly without showing which component is affected, forcing teams to reconnect images, notes, and measurements manually.
Disconnected data and reporting
Scans, photographs, measurements, and notes remain in separate tools, forcing teams to rebuild context and assemble the final report manually.
Get more inspection value from one site visit
Capture 3D, RGB, and thermal data during the same site visit. Then locate thermal findings in 3D, compare inspections over time, and move the project into FJD Trion Model Web for team review and reporting.
Capture 3D, RGB, and Thermal Data in One Walk
P2 Vision+ combines LiDAR, RGB cameras, and thermal imaging in one handheld system. Teams can capture the site and its visible and thermal conditions during the same visit, creating one connected inspection record without separate scanning and thermal surveys.
Locate Thermal Findings in 3D
Connect thermal anomalies to their corresponding positions in the 3D project. Instead of reviewing isolated thermal images, teams can identify the affected equipment, understand its surroundings, and return to the correct location when further investigation is required.
Compare Findings Across Inspection Visits
Bring inspection data from different visits into the same project to review how equipment conditions, thermal findings, or surrounding vegetation have changed over time.
Capture On Site. Review Together in the Cloud.
Complete the physical site capture in the field, then upload the project to FJD Trion Model Web. Office teams, specialists, and clients can review findings, measure, annotate, communicate, and prepare reports without repeatedly returning to the site.
From physical site to an inspection report in two moves
The field team captures the site. FJD Trion Model Web provides the workspace for everything that follows.
One capture in the field. One platform for the work that follows.
01 Capture the site
Scan the indoor or outdoor environment to create a complete 3D record of the site and its current conditions.
Upload, review and deliver
Upload the captured data to FJD Trion Model Web so teams can process the project, review and annotate findings, collaborate, and generate the required inspection outputs.
From capture data to shareable inspection results
FJD Trion Model Web brings thermal and RGB evidence, 3D context, annotations, team review, and reporting into one cloud workflow. Teams can verify findings, assign follow-up, and deliver a project record without rebuilding the inspection from disconnected files.
Turn Thermal Data into Inspection Reports
Use AI-assisted thermal reporting to organise thermal and RGB images, review selected findings, and generate a structured thermal inspection report. Each finding remains connected to its corresponding position in the 3D project, making the result easier to verify and communicate.
Assess Vegetation Risks Around Power Lines
Assess vegetation around power lines Use the forestry module to identify trees, calculate tree parameters, and review vegetation near transmission corridors, distribution lines, and rights-of-way. Measure clearance conditions and document trees that may interfere with power infrastructure.
Turn Every Finding Into a Traceable Action
Turn every finding into a traceable action Pin inspection notes to exact locations in the model, then add priorities, statuses, assignees, comments, and photographs. Export findings as reports and share the project with field crews, engineers, contractors, and clients.
Unlock every Model Web feature with no subscription required through December 31, 2026.
Sign up by September 30, 2026, to receive 15 GB of storage and 200 credits for free, then use Model Web to process, inspect, document, and share your power infrastructure projects.
Unlock every Model Web feature with no subscription required through December 31, 2026.
Sign up by September 30, 2026, to receive 15 GB of storage and 200 credits for free, then use Model Web to process, inspect, document, and share your power infrastructure projects.
Inspect power-critical systems wherever they operate
Building Inspections
Data Center Monitoring
Pipeline Inspection
Cold Chain Warehouse Inspection
Historic Preservation
Solar Panel Maintenance
Frequently asked questions
Learn how FJD Trion combines thermal imaging, 3D site capture, and cloud-based review to help teams locate, document, and share inspection findings, and what to consider when planning a power infrastructure inspection workflow.
Power infrastructure inspection checks the condition of assets such as substations, electrical rooms, data centers, solar installations, and transmission corridors. FJD Trion P2 Vision+ captures thermal, visual, and 3D spatial data in one walkthrough. Teams can document where a potential issue appears and the equipment or structure around it.
Thermal imaging can reveal temperature patterns associated with loose connections, overloaded components, phase imbalance, damaged equipment, or restricted cooling. These patterns still require qualified interpretation. FJD Trion P2 Vision+ places each thermal observation within a colorized 3D scan for follow-up and reporting.
Thermal images show temperature differences, while 3D laser scanning records the position and shape of the surrounding environment. FJD Trion P2 Vision+ combines both, helping teams locate a thermal observation on the correct asset, understand its context, and return to the same area during later inspections.
Inspectors typically check components for visible defects, abnormal temperatures, clearance concerns, and changes in condition. FJD Trion P2 Vision+ captures RGB imagery, thermal data, and site geometry during the same walkthrough. The result is a spatial record for office review and repeat inspections.
Contactless thermal and 3D capture can document equipment areas without touching operating assets. FJD Trion P2 Vision+ supports walk-through inspection of data halls and electrical rooms. Teams can review the captured data later to investigate temperature patterns, record asset context, and plan follow-up work.
Thermal imaging helps inspectors locate temperature differences across solar modules that may indicate areas requiring further investigation. FJD Trion P2 Vision+ records those observations with RGB imagery and 3D site data, helping teams identify the affected location and document it for maintenance planning.
LiDAR scanning records trees, terrain, and line-corridor geometry as measurable 3D data. The FJD Trion forestry workflow can extract tree information and support clearance analysis, helping teams identify where vegetation may be approaching transmission corridors, distribution lines, or rights-of-way.
Yes. After inspection data is uploaded, FJD Trion Model Web lets authorized teams view, measure, annotate, and share the project in a browser. Field and office teams can review the same spatial record without requiring every stakeholder to revisit the site.
A thermal inspection report should identify the asset, location, observed temperature pattern, surrounding conditions, supporting imagery, and recommended follow-up. Data captured with FJD Trion P2 Vision+ can be organized in FJD Trion Model Web with measurements, notes, photos, assignments, and status updates.
