(ARRY) Array Technologies, Inc. SWOT Analysis Research

Array Technologies sells to utility-scale solar customers in the U.S. and abroad, so it is not tied to one market. That wider footprint helps offset swings in U.S. project timing and gives it exposure to solar buildout across multiple regions, where demand is still being driven by lower module costs and grid-scale decarbonization.

• Less dependence on one market
• Exposure to multiple solar cycles
• Stronger reach across regions

Array Technologies, Inc. sells solar trackers plus complementary products, so it can win a broader project scope than a stand-alone parts supplier. That mix can raise attach rates and make the tracker platform stickier for developers and EPCs, especially as utility-scale projects often need multiple site components in one order.

• Broader sale, not just one part
• Higher attach rates around trackers
• Better customer retention potential

Array Technologies, Inc. depends on solar tracker orders tied to large capital projects, so tighter customer budgets or weaker financing can delay or cancel purchases fast. That makes demand lumpy, with quarter-to-quarter swings when utility-scale developers defer spending. In a higher-rate setting, project economics can slip, and trackers are often one of the first line items pushed out.

• Large projects drive order timing.
• Financing stress slows purchases.
• Quarterly demand can swing sharply.

Array Technologies, Inc. still relies mostly on hardware sales, even with SmarTrack adding some software value. That leaves recurring revenue thinner than at more software-heavy clean energy peers, so order visibility is weaker and quarterly swings can be bigger. In 2025, this mix gap still mattered because software remained a small add-on, not the core driver.

• Hardware-led revenue model
• SmarTrack is still a small mix
• Lower recurring sales visibility
• More exposure to project cycles

Older solar sites are now a real retrofit pool for Array Technologies, Inc. Many U.S. utility-scale plants built in 2010-2015 are hitting midlife, and the U.S. had about 220 GWdc of installed solar by 2024, so even a small upgrade rate can mean large tracker and control sales. Repowering can lift output and reduce downtime without building a new plant.

• Midlife fleets need higher yield
• Controls upgrades improve optimization
• Retrofits add sales beyond new builds

Customers now want more kilowatt-hours from each acre, and single-axis trackers can lift energy yield by about 15% to 25% versus fixed-tilt systems. That shifts buying decisions toward Array Technologies, Inc. products that maximize output, cut clipping losses, and use smart controls to adapt to weather and terrain. The opportunity is bigger where land is scarce and power prices reward every extra MWh.

• Higher yield beats lower upfront price.
• Trackers suit land-constrained sites.
• Software can raise system output.

Permitting and interconnection delays can push large solar orders for Array Technologies, Inc. into later quarters, making revenue timing less predictable. U.S. grid queues remain clogged, with over 2,600 GW of projects waiting in interconnection studies, and median delays often stretch several years. That can slow tracker shipments and defer backlog conversion.

• Long grid queues delay customer buys.
• Permits and land use slow project starts.
• Revenue can shift into later periods.

Steel-heavy tracker frames and long-haul shipping make Array Technologies, Inc. sensitive to input shocks. In 2025-2026, steel, freight, and supplier delays stayed volatile, so sudden cost spikes can hit gross margin fast if contract pricing lags.

• Steel and freight can swing costs quickly.
• Supply delays can slow project delivery.
• Weak pass-through pressure margins.