FTC Solar released a single-axis 1P solar tracker for project sites subject to high wind conditions. The Pioneer+ High Wind trackers are engineered to withstand wind speeds of up to 150 mph. The ...

Pioneer+ High is designed to withstand speeds up to 150 mph for coastal, hurricane-prone, and high-altitude areas. Image: FTC Solar US tracker manufacturer FTC Solar has launched a new single-axis ...

FTC Solar has released its Pioneer+ High Wind tracker, an advanced variant of its 1P Pioneer single-axis tracker, purpose-built for regions facing extreme wind conditions. Engineered to withstand wind ...

Casa dos Ventos’ Babilônia Sul hybrid solar-wind power plant in Bahia, Brazil, featuring NX Horizon smart solar tracker. Credit: Nextracker. Brazil’s renewable energy firm Casa dos Ventos has chosen ...

One of Brazil’s largest renewable energy developers, mostly known for its wind power projects, is adding significant solar power generation capacity to its portfolio. Casa dos Ventos, which has ...

Abstract: A solar photovoltaic (SPV) cells based single axis tracking system on Arduino Uno platform is implemented in this article for achieving maximum power during a day. The key idea of this ...

The Abydos Solar PV plant – Phase II is scheduled for commissioning in May 2026. Credit: Soonthorn Wongsaita/Shutterstock. GameChange Solar has signed a contract with CEEC-ZTPC to deliver its Genius ...

GameChange Solar, a solar tracker and fixed-tilt racking systems supplier, has debuted its next generation of Genius Tracker TF, its terrain-following solar tracker. Genius Tracker TF now features ...

Let’s face it — solar panels still aren’t that efficient. So why not pump as much juice out of them as possible? Building a 2-axis solar tracking unit can increase daily power output by around 30%!

The global solar tracker market had a record year in 2024, shipping 111 GW of product, according to Wood Mackenzie. This represents 20% growth year-over-year for shipments of ground-mount solar ...

Abstract: Solar tracking systems have proven to be an effective technique for improving the performance of solar panels by keeping them aligned with the incident light source for most of the day. The ...