Developed with solar power plant developers, asset owners, EPCs and independent engineers in mind, this white paper discusses using dynamic wind analysis and protective stow strategies to lower solar tracker lifetime costs. Download here.
Developed with solar power plant developers, asset owners, EPCs and independent engineers in mind, this white paper discusses using dynamic wind analysis and protective stow strategies to lower solar tracker lifetime costs. Download here.
The goal of the testing is to optimize the configuration of bifacial panels on the company’s NX Horizon trackers for future deployments globally, which total over a 1 GW currently. The bifacial boost expected from the array is in the 8 to 10% range, minimally.
Passing the 2 GW installation milestone, opening its DG business and moving into Southeast Asia: Nextracker’s Australian operations is proving to be a bright spot on the global map.
On this platform, Dan will be sharing our latest thinking about energy policy, clean technologies and business practices, and important environmental, industry and company issues.
We’re on a mission to mitigate climate change by deploying solar power worldwide. With a combined 200 years of solar experience and 20 GW of solar installations, NEXTracker strives to make solar energy a mainstream power source. We already work in seven countries across four continents while growing fast.
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"For the past year, we’ve invested in partnering with the right suppliers who could complement our Series 6 technology in terms of innovation in system performance. As part of our core ecosystem, NEXTracker is not only the global market share leader in solar tracking technology, but also delivers unparalleled design and customer service. We look forward to more successes together.”
