Video production for renewables and solar

What this is about

Rooftop PV shoots put the crew under fall-protection rules: harness points, edge distances, and often a requirement that only trained installers work near the edge while the camera stays back. Turbine shoots escalate this — nacelle access requires certified climbers, rescue plans and wind-speed limits that cancel the day without appeal. Solar fields bring the opposite problem: flat land, hard light, and modules that mirror the sky, so the schedule chases early and late sun for texture instead of noon glare. Drones carry much of the visual load, which makes airspace checks, distance rules around rotating turbines, and landowner permissions part of pre-production rather than an afterthought.

Sector routine beats general experience: knowing the field's approval paths and constraints produces more realistic plans than more shoot days without that context.

What runs differently here

Where this differs from the general case:

• Nacelle and tower access is limited to certified climbers with rescue plans — the camera team usually shoots from ground, drone or a trained hands-off position
• Wind-speed limits cancel turbine work and drone flights alike; the schedule needs a same-day alternative, not a hope
• Module glass mirrors the sky — midday sun flattens the field, so hero shots live at the edges of the day
• Rooftop shoots run under fall-protection rules with anchor points and edge zones that constrain camera positions
• Ground-mounted parks sit on leased farmland — access, gates and drive paths go through the landowner as well as the operator

What the plan has to deliver

A production plan is useful to this role when it provides the following:

• A weather-dependent schedule with decision points and a plan B per day
• Access agreements covering operator, landowner and — for height work — certified personnel
• A light plan that puts module and turbine hero shots into low-sun windows
• Drone clearances checked against airspace and turbine distance rules

Common pitfalls

What most often goes wrong in practice:

• Scheduling the turbine climb without a wind-limit fallback
• Shooting the solar field at noon and wondering why it looks like grey glass
• Arriving at a locked farm gate because only the operator was asked

With TillyGen

TillyGen plans wind and solar days around light windows and weather decision points, so every scene knows its fallback before the forecast forces the question.

Change one constraint and the consequences travel through the whole plan: affected shots are flagged, the call sheet is regenerated, and nobody keeps working from yesterday's version.