A failing connection runs warm first.
Aerial thermal inspection for substations, switchyards, and energy infrastructure: loose connections, corroded splices, degrading insulators, and loaded equipment read as measured ΔT signatures across the whole yard in a single pass. Severity-ranked to the classification your maintenance program already uses, geolocated, and delivered as a condition of record — without de-energizing anything and without a crew walking the fence line.
- SCOPE
- Substations, switchyards, transmission and distribution assets, and energy sites
- SENSORS
- Radiometric thermal + high-resolution visual, captured in the same pass
- COVERAGE
- 100% of the surveyed yard and equipment per mission — no climbing, no switching, no clearance
- OPERATIONS IMPACT
- None required. No de-energization, no switching order, no outage window
- TIMELINE
- On-site capture typically a single day; findings report targeted within 48 hours of capture
- CLASSIFICATION
- Severity-ranked by condition and urgency; NFPA 70B-aligned severity classes for electrical findings
- CONDITIONS
- Captured in thermal-contrast windows — scheduled around weather, load, sun angle, and airspace
- AREA SERVED
- Northern Virginia, the DMV tristate, and the wider Mid-Atlantic grid footprint
- NOOUTAGE
- Nothing is de-energized and no switching order is required — the yard is read from the air while it stays in service
- 100%
- Coverage per single mission — every structure and connection in the surveyed footprint, no crew at the fence line
- Radiometric
- Thermal payload class — connection and equipment findings resolve as measured ΔT signatures, not impressions
- NFPA70B
- Severity classification for electrical findings — aligned to the maintenance standard your program already runs
What you receive.
Executive Summary
Findings by severity, the assets at highest risk of an unplanned outage, and a recommended order of action for maintenance planning or capital review.
Severity-Ranked Findings
Every finding geolocated to the specific asset with ΔT measurements, thermal-and-visual image pairs, and a severity rating — so work orders can be raised without a second site visit.
Thermal Map of the Yard
Hot spots mapped across bays, structures, and equipment — so the distribution of findings across a site, or across a fleet of sites, is visible at a glance.
Visual and Thermal Record
Physical damage reads in the high-resolution visual set; developing electrical faults read as ΔT patterns. Together they separate a cosmetic issue from a connection on its way to failure.
Repair Scope Input
Findings arrive as scope for your own crews or contractors — asset, location, extent, and priority, each with the evidence attached. Jinki performs no remediation and carries no conflict of interest.
Condition of Record
Date-stamped, geolocated documentation for maintenance files, regulatory records, and capital planning — a measured baseline that makes each cycle comparable to the last.
How the engagement runs.
- 01 · T+0
Scoping Call
We learn the footprint — asset classes, criticality, known problem areas, the standard your program runs on, and who acts on the findings.
- 02 · WK 1
Airspace and Conditions Planning
Each site parcel is checked for airspace before a date is offered, and capture is planned into thermal-contrast windows that account for weather, sun angle, and load conditions.
- 03 · DAY 1
Capture
Remotely piloted capture of the yard and equipment — radiometric thermal and high-resolution visual in the same pass, typically a single day per site, with nothing taken out of service.
- 04 · HR 48
Report Delivered
Severity-ranked findings with ΔT measurements, each geolocated to its asset, targeted within 48 hours of capture.
- 05 · WK 2-3
Review and Handoff
We walk the findings with your engineering and maintenance team so every item becomes a work order or a line in a scope of work.
Start small. Scale on evidence.
No engagement asks for trust we haven't earned yet — each rung produces the proof the next one stands on. The first scan is your baseline; the program turns it into a condition-of-record that tracks degradation velocity over time.
One mission as part of the founding cohort. Full facility pass, severity-ranked report on a 48-hour target. Zero integration required.
Persistent coverage on one site for one quarter — baselines, alert verification, and the trend line that makes the case.
Standing coverage with degradation-velocity tracking and founder-direct reporting, priced on scope.
The yard only gets walked when someone has time.
An aerial pass reads every structure and connection in a day, with nothing switched out, and reports what is running warm.
Asked before engaging.
Does the yard need to be de-energized?
No. The survey is flown from outside the equipment, so nothing is switched, cleared, or taken out of service. That also means findings are read under real load — which is when a loose connection or a degrading splice actually presents as heat.
What can aerial thermal find on a substation?
Conditions that develop before an outage: loose or corroded connections and terminations, degrading insulators and bushings, overloaded or unbalanced equipment, cooling problems on transformers, and physical damage to structures. Each is located, measured as a ΔT signature, and ranked by severity.
How are findings classified?
Severity-ranked by condition and urgency, with electrical findings aligned to NFPA 70B severity classes — the same standard your maintenance program already uses — so the report maps directly onto your work-order process.
Does this replace a thermographic walk-down or a helicopter line inspection?
It complements both. A ground thermographic survey covers what a crew can reach and see from the fence line; a crewed line inspection is costly and focused on the corridor. An aerial pass reads an entire yard or footprint in a day at a fraction of the mobilization, and the output is a ranked, geolocated record rather than a set of images.
Can you fly at night?
Thermal contrast is often strongest after sunset. Night operations are Part 107 flights on parcels verified outside the Washington DC Special Flight Rules Area; inside the SFRA, work runs in daylight and twilight windows.
How does this work across a fleet of sites?
We schedule sites as a program rather than one-offs — a common capture window, one consistent method, and a comparable record for each site, so the same asset at two locations can be read against the same standard and against its own previous cycle.
Who acts on the findings?
Your own crews and contractors. Jinki inspects only and performs no remediation, so the report is written as scope with the evidence attached and carries no conflict of interest.
Related field notes.
Request a Q3 assessment
Two fields. A one-business-day response target. A mutual NDA before we see your site.
- Mutual NDA by default
- $5M liability coverage per operation
- Your data stays in your control
REQUEST FILED
- REF
- FILED
- SCOPE
- FACILITY ASSESSMENT
- NEXT
- FOUNDER RESPONSE TARGET < 1 BUSINESS DAY
Filed directly with Adnan Abdillahi, founder. Keep the reference for your reply.