US solar tracker supplier Array Technologies plans to set up a factory in Australia, after winning a contract to supply trackers for a 102 MW solar farm in the Australian state of Victoria.
The advanced manufacturing production (AMPC) credit and domestic content requirement (DCR) will be key to supporting the rapid development of the US renewable energy economy, says Wood Mackenzie.
US tracker manufacturer GameChange Solar’s latest product launch follows its recently announced decision to increase its annual domestic manufacturing capacity to 24 GW.
Trina Solar has signed an 875 MW tracker supply deal with Samsung C&T for Qatar’s new “IC Solar” project, while Chint said it aims to sell up to 8 GW of residential PV assets by the end of 2023.
Enel and Soltec have revealed plans to open a new factory on the grounds of a former thermal power plant owned by Enel’s Endesa unit in Teruel, Spain.
Portugal-based Solaris Float has developed a swiveling floating solar platform with one- or two-axis tracking. It has installed its first project on a lake in the Netherlands. The project consists of 130 PV modules on a single-axis tracker, with an installed capacity of 50.7 kW.
Rute Foundation Systems says its Rute Suntracker system – designed for utility-scale, high-clearance solar – could potentially reduce steel use by 30%.
Australia’s two main tracker companies, Nextracker and Array Technologies, are launching terrain-following products to mitigate and even eliminate the need for earthworks on site, opening up previously unsuitable land for solar.
There are both challenges and benefits to boosting solar manufacturing in America. The Inflation Reduction Act of 2022 includes a host of measures to support the production of US renewable energy technologies and could foster a new era for made-in-America solar. pv magazine USA Senior Editor Anne Fischer explores the current status and outlook of US solar manufacturing.
United States-based engineering firm FTC Solar has unveiled a new self-powered solar tracking system which it says requires up to 36% fewer foundations than existing technologies and enables an estimated 5% greater energy output for a given parcel of land.
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