Drone Emerges as Quality Control Tool for Solar Developer

Written by Betsy Lillian
on November 10, 2014 No Comments
Categories : Business Operations

Solar and wind project developer BQ Energy is adopting unmanned aerial vehicle (UAV) technology as a new method of quality control.

The Poughkeepsie, N.Y.-based firm, which sites projects mostly on brownfields and landfills, collects aerial images or video of a solar project in order to assess the scene at a different view from that of ground-based photography.

“It offers a unique perspective to what we do,” Paul Curran, managing director of the firm, tells Unmanned Aerial Online.

“In the solar world,” he explains, “you really want to check everything as carefully as you can.” Curran says checking the quality of a racking system, for example, is more limited from the ground. By using a UAV at a height of around 100-200 feet, BQ Energy can see a broad, overhead view to make sure the entire system is straight and in proper alignment before the next steps take place (e.g., pouring concrete, placing wires, installing the panels).

“It’s a good way to have quality control at an early stage of the process,” says Curran. To do the job, BQ Energy has hired a trained operator, who flies the company-owned DJI Phantom 2.

The company also uses the aircraft to monitor a solar project’s stages of construction – from a blank site to the finished product. The company will often send the operator to a potential site of development, where he will fly the drone around the perimeter of the land and report back with photos. In lieu of sending a group of engineers to review a location, Curran says, BQ Energy can get the job done with only one person.

The same method applies for a project under construction: The company will send out the operator a few times a week to take photos and video of a site. According to Curran, the company saves time by not having to send a crew to a construction site every day. The drone video, he says, “allows us to get a very good look at it and talk about it.”

And when a project is complete, he adds, the company occasionally uses the UAV at a height of 300-350 feet to capture the entire project. As shared by solar racking systems provider GameChange Racking, BQ Energy used the drone to take a video of GameChange’s Pour-in-Place ballasted ground system installed at a site. The footage offers an aerial tour of the vast 1.2 MW solar system on a landfill owned by BQ Energy.

Because the firm deals with brownfields and landfills, looking at terrain is a priority when it develops a site. In comparison to Google Earth, for instance, a drone offers more details.

“It really does give you a lot more perspective than Google Earth can,” Curran says. “Google Earth is great, but this really helps quite a bit.”

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