Array Technologies acquires STI Norland – pv magazine USA Trending News & More

The merger is touted as creating the world’s largest tracker firm, and the transfer is predicted to speed up Array’s worldwide growth efforts.

Tracker know-how firm, Array Technologies, introduced that it has acquired one other chief within the international tracker house, Soluciones Técnicas Integrales Norland, S.L. (STI Norland), establishing an outfit that Array is touting as the biggest tracker firm on the planet.

STI Norland was based in 1996 and is headquartered in Pamplona, Spain with manufacturing services in each Spain and Brazil. The firm has made a reputation for itself with its dual-row tracker system, an answer which is well-suited for set up on irregular terrain and in areas with low wind and/or snow load necessities.

To date the corporate has shipped or awarded greater than 12 gigawatts of trackers, making it a top-three producer in Spain, whereas additionally establishing the highest market place in Brazil.

According to Brad Forth, Chairman of Array, the acquisition of STI Norland will speed up the corporate’s worldwide growth efforts whereas enabling Array to maintain prices low for worldwide clients.

“We are thrilled to officially join Array—a solar pioneer—as we focus on providing our customers with industry-leading technology and superior service,” stated Javier Reclusa, CEO of STI Norland.

Prior to the acquisition, Array was the second largest provider of trackers worldwide, behind NEXTracker.

Different tracker distributors have totally different engineering approaches and Array’s one motor per-MW design has allowed for important value reductions, which the corporate has credited as being important to attaining its market share.

According to the corporate’s S-1 submitting, made previous to its 2020 preliminary public providing: “Array Technologies uses less than one motor per megawatt which compares with more than 25 motors per megawatt for our largest competitor. Using fewer motors per megawatt lowers the cost, reduces the number of failure points, and minimizes the maintenance requirements of our system. Fewer motors per megawatt also reduces the number of motor controllers and the amount of wiring and other ancillary parts that are required for the system, which further reduces cost, simplifies installation and improves reliability.”

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