Engineering-Led Photography for Renewable Energy & Grid Infrastructure
The UK's energy transition is being built right now — in battery storage sites, solar arrays, wind infrastructure and grid connection projects across the country. I provide the technical photography this sector needs: imagery precise enough for O&M manuals and stakeholder reporting, and compelling enough for marketing, investment and recruitment.
My core experience is in large-scale battery energy storage (BESS), documented ground-level and via CAA-licensed drone, but the same technical understanding applies across solar, wind and substation infrastructure.
What I Photograph
Battery Energy Storage (BESS) — Full site documentation from groundworks through to grid connection, including equipment detail for technical reporting.
Solar PV Infrastructure — Ground-mounted and rooftop array photography, from installation progress through to completed sites.
Wind & Grid Infrastructure — Substations, transformers and connection points, photographed with the same precision as any other high-voltage environment.
O&M & Stakeholder Documentation — Clean, high-resolution imagery of equipment and installations for operations manuals, investor reporting and compliance records.
CAA-Licensed Aerial Photography — Full site-context drone imagery, showing scale and layout that ground-level photography can't capture alone.
Aerial shots of the ABB equipment from elevated perspectives
Case Study | ABB & G2 Energy – Glassenbury Battery Storage Site
I was commissioned to document a high-capacity battery storage installation for ABB and G2 Energy at Glassenbury, Kent, during the final stages of its connection to the National Grid.
Sites like this present a specific challenge: the infrastructure is complex, the safety requirements are absolute, and much of what makes the project significant — the engineering behind a grid connection — isn't visually obvious at a glance. My job was to make it legible. That meant working through the site's testing phases alongside the engineering team, entering high-voltage areas only when confirmed switched off and signed clear, and translating the technical reality of grid integration into imagery that works for both an engineer reviewing O&M documentation and a stakeholder who's never set foot on site.
The final image set combined close-detail equipment photography — ABB switchgear, G2 Energy plant, connection hardware — with CAA-licensed drone photography showing the full site footprint against the surrounding Kent landscape, giving a complete visual record from individual component to whole-site scale.
ABB technical equipment and site personnel in action
Working in High-Voltage Environments
Photography on live energy infrastructure isn't a standard commercial shoot. Every site has its own safety protocol, and I work within it rather than around it — fully PPE compliant, briefed on site-specific hazards, and experienced in coordinating access around switching schedules rather than expecting a site to pause for a camera.
That discipline comes from the same background that shapes every technical shoot I undertake: 19 years as a senior electronics engineer before becoming a photographer.
CAA-Licensed Drone Photography
Large-scale energy infrastructure often can't be properly understood from the ground alone. I offer fully insured, CAA-licensed drone photography (A1/A3 Open Subcategory) alongside ground-level work, giving you both the technical detail and the full-site context in one commission.
The control room and the worker in Hi-Vis
Can you photograph live, high-voltage sites safely?
Yes. I'm fully PPE compliant and experienced working within site-specific safety protocols on live energy infrastructure. Access to high-voltage areas is always coordinated with the site team and only takes place when confirmed safe — photography fits around your safety procedures, not the other way around.
Are you licensed for drone photography on energy sites?
Yes. I hold current UK and EU drone pilot qualifications (A1/A3 Open Subcategory) and operate under a registered CAA Operator ID with commercial drone insurance through FPV UK. I'm also a registered UAS operator in the EU. Aerial photography is available alongside ground-level coverage on the same visit where the site permits it.
Do you photograph solar and wind projects, or only battery storage?
My core project experience is in battery energy storage (BESS), but the same technical approach — understanding the engineering, working safely within live environments, translating complex systems into clear imagery — applies equally to solar arrays, wind infrastructure and grid connection sites. Get in touch to discuss your specific project.
What's the imagery used for?
Typically a mix of O&M documentation, stakeholder and investor reporting, marketing and website content, and compliance records. I can discuss your specific deliverables — resolution, format, licensing — before the shoot so the image set matches how you'll actually use it.
Do you work with contractors, developers, or asset owners directly?
All three. Whether you're the EPC contractor delivering the project, the asset owner needing documentation for handover and reporting, or an agency managing marketing for the client, I can work directly with your team or coordinate through a main contact.
What areas do you cover?
I'm based in Tunbridge Wells and cover projects across Kent, London and the South East as standard, with travel further afield for larger commissions — get in touch with your site location and I'll confirm.
Discuss Your Infrastructure Project
Ready to document your next infrastructure milestone? Whether you need technical asset imagery for O&M manuals or drone progress shots, I can help
For more information on how I handle site logistics, insurance, and my three-day weather window, please visit my