The ROI Case for Solar-Powered Construction Cameras

This post was originally published on February 14th, 2024, and updated on July 10th, 2026.

It’s a common scenario: whether it’s for security purposes, insurance requirements, or project documentation, you need cameras on your jobsite, but there’s no power outlet in sight, and running cabling to scattered mounting locations isn’t realistic. That’s exactly why solar-powered cameras have become the default choice for construction firms, not a workaround.

Key Takeaways

• Solar-powered construction cameras eliminate the cost and delay of running permanent power to remote or pre-development jobsites, often the single biggest factor in adoption.
• Construction equipment and material theft are estimated to cost the U.S. industry $300 million to $1 billion annually.
• Fewer than 1 in 4 stolen equipment items are ever recovered, which makes deterrence and documentation, not just recovery, the priority for site security.
• Many builder’s risk and inland marine insurers offer premium discounts for sites with documented, continuously operating video monitoring; solar-battery systems with cellular backup are built to meet that “continuous monitoring” requirement even when grid power fails.
• Solar camera ROI comes from three places: avoided electrical infrastructure costs, reduced theft/loss exposure, and potential insurance premium savings.

Why Are Construction Companies Adopting Solar Security Cameras?

Construction cameras are now standard practice. Dodge Data & Analytics found 79% of construction firms were using jobsite cameras even before the pandemic, and adoption has only grown since. But construction firms are adopting the solar-powered version specifically because it solves a power problem that traditional wired systems can’t: most active jobsites, especially in early phases, on DOT and utility projects, or in remote locations, simply don’t have 110V power where cameras need to go. Beyond that core reason, three factors are accelerating adoption:

1. Deployment speed. Solar cameras go up in hours, not days, with no electrician or trenching required.
2. Continuous uptime. Battery-backed systems keep recording through outages and overcast stretches, which matters for both theft deterrence and insurance documentation.
3. Falling cost. Solar hardware has gotten cheaper and more efficient over the past decade (more on that below).

Solar-powered security cameras for construction cover the same core use cases as wired systems: theft deterrence, remote monitoring, compliance documentation, and progress time-lapses, without the power constraint.

The ROI of Solar-Powered Construction Cameras

The ROI case for solar cameras rests on three things a wired system can’t offer:

1. Avoided infrastructure cost: Running permanent power (trenching, conduit, an electrician, and permitting) to multiple scattered camera locations on an active jobsite is frequently more expensive than the camera system itself, and it has to be redone every time the site layout shifts. Solar eliminates that cost entirely and lets cameras be relocated as the project progresses.

2. Avoided loss exposure: With the average construction theft incident costing roughly between $6,000 – $30,000 in direct losses alone, before accounting for project delays and idle labor, a security investment that costs a fraction of one incident and prevents even a portion of that exposure pays for itself quickly.

3. Potential insurance savings: Documented, continuously operating monitoring is a factor many carriers weigh when pricing builder’s risk and inland marine premiums (more below). Solar’s independence from grid power is what keeps that documentation unbroken.

Solar hardware costs have also fallen sharply — installation costs are down more than 40% over the past decade, according to the Solar Energy Industries Association — so this math gets more favorable every year, not less.

See how TrueLook’s Solar Packages compare to running permanent power to your site. Get a quote →

Theft Prevention: What the Data Shows

Construction sites are attractive targets: expensive equipment, high-value materials, and long stretches of unsupervised time. Industry estimates put the toll at:

• $300 million to $1 billion in annual U.S. construction equipment theft losses (National Equipment Register / National Insurance Crime Bureau)
• 11,000+ reported equipment theft incidents per year, roughly 1,000 per month
• Fewer than 25% of stolen equipment is ever recovered
• ~$30,000 average loss per incident, not counting downstream costs like idle labor and rental replacements during the delay

These are directional industry estimates, not a single official government count. Theft reporting is inconsistent and likely undercounts smaller tool and material losses. But the pattern is consistent across every source that tracks it: theft is common, recovery is unlikely, and the real cost is bigger than the sticker price of what’s stolen once you factor in schedule delays.

That’s the case for visible, continuously operating cameras rather than after-the-fact reporting. For a deeper look at theft trends and prevention strategies, see our guide on construction site theft.

Insurance and Compliance: Where Solar Cameras Help

Camera coverage increasingly intersects with builder’s risk and inland marine insurance in two ways:

1. Documentation for claims: Cloud-stored footage of an incident, including entry point, timeline, and what was taken, strengthens and speeds up a claim versus relying on a police report alone.
2. Premium and coverage conditions: A growing number of carriers treat documented, continuously monitored video as a factor in underwriting, and on higher-risk or previously-claimed projects, some now require it as a condition of coverage. Reported premium reductions for monitored sites vary widely by carrier, policy type, and project risk profile: figures anywhere from the high single digits to over 20% show up across industry sources, so the exact number depends on your policy, not a universal rate.

This is where solar’s power independence matters most: a camera that goes dark during a grid outage or loses connectivity when a generator runs out of fuel creates a documentation gap, and that gap is exactly what an insurer looks for when deciding whether a claim gets paid in full. A solar-battery system with cellular connectivity keeps recording independent of site power, which is the kind of uninterrupted monitoring record insurers are asking for.

As always, coverage requirements and discount eligibility vary by carrier. Confirm specifics with your broker.

Solar Power Options for Jobsite Cameras

There are two primary setups for solar-powered construction cameras:

Frequently Asked Questions

Harnessing Solar Power with TrueLook

As solar-powered security cameras for construction have grown in popularity on jobsites, TrueLook has continued to provide solar-power solutions that can be deployed quickly and easily. 

TrueLook’s Solar Packages feature high-efficiency panels, a battery backup system that provides multiple days of power, and adjustable mounting hardware. These packages can be leased or purchased.

For jobsites that need more adaptable solar power, we also offer mobile camera trailers. All of these solutions are able to power a variety of fixed-position and PTZ TrueLook Cameras, which come standard with live viewing, Intelligent Security, and custom time-lapsing.  

If you’re looking for a solar-powered camera for your jobsite, get in touch with one of our experts to receive a customized recommendation.