Array TechnologiesA provider for following solar tracking will deliver trackers for a 200 MWAC Solar project that has awarded 100% of the domestic content Cost percentage (ACP) under the latest guidelines of the American Treasury Department (notification 2025-08) issued in January 2025. The inland content trackers will be delivered to the Emerald Green Solar project in Indiana.
“This milestone emphasizes the dedication of Array to American production and to help our customers unlock the full value of tax credit stimuli,” said Kevin G. Hostetler, CEO of Array. “Building on our 35-year inheritance as an American manufacturer, Array is proud to support the reserve of Supply Chains and Job creation in the communities where we are active. Array is a leader in supplying household content of clean energy that benefits our customers and the regions and the regions they serve.”
This project represents Array’s first full-site implementation of its 100% domestic content tracker solution, which makes it eligible for a maximum of 28.7% ACP, including the 9.4% production ACP that is exclusively available for projects with only domestic content manufactured product components.
“Engie is very happy that solar rackers produced in the interior are used at our Emerald Green Solar Project in Howard County, Indiana.AC Project supports the dedication of ENGIE to provide local economic benefits in the states and communities where we are active as in the broader American economy, “said David Carroll, Chief Renewable Officer and Senior VP at Engie.” The fact that the steel used in ENGIE’s largest energy project in Indiana will build the couple in the state in the state and the more than 250. The US “
The project, about an hour north of Indianapolis, will be fully built with Array Omnitrack trackers. To validate full compliance with the federal guidelines, Array worked together with an external tax and consultancy firm to analyze the production processes and supply chain.
The trackers are expected to be delivered in Q3 2025.
News item from Array technologies
