Every utility-scale solar project faces the same challenge: do more with less.
As demand from AI-driven data centers accelerates solar deployment, developers are under pressure to build faster, control costs, and deliver long-term performance. That’s not easy, especially across long, stacked tracker rows where wiring complexity can quickly add up.
That’s where SuperHarness comes in. SuperHarness is the next evolution of Shoals’ patented interconnect string harness system. It is designed specifically for long-row solar sites, collecting multiple strings into a more streamlined architecture that supports both traditional combiner layouts and Shoals BLA trunk bus.
The result is fewer harnesses, fewer connections, and simpler wire management across the site. That means faster, cleaner installations and fewer opportunities for things to go wrong.
SuperHarness also takes a smarter approach to materials. Traditional copper harnesses can become expensive when upsized to manage voltage drop over long distances. SuperHarness uses a strategic hybrid of aluminum and copper, delivering performance where it matters most, while keeping costs under control. And it shows up where it counts: simpler system design, shorter project timelines, and stronger long-term reliability.
Watch our video to learn more about SuperHarness
At Shoals, we focus on solutions that reduce complexity in the field and improve performance over the life of the system. We built SuperHarness to do both, helping developers and EPCs move faster without compromising on quality.
Want to know how SuperHarness can help optimize your next project?
Reach out to our team at Shoals and we will walk your team through project layout optimization strategies and wiring best practices for utility-scale solar.
