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With this project, Solar Steel also contributes to the country’s commitment to continue its pursuit of a fair energy transition.

This project, named “Deski,” is in the Turkish province of Denizli and marks another significant milestone in both companies’ commitment to sustainable solar energy development in the country.

Solar Steel is pleased to announce the signing of a significant supply agreement for 250 MW of its fixed structures for photovoltaic projects in Spain.

This study underscores the significance of optimization in design to achieve optimal and cost-effective performance.

Gonvarri Solar Steel, a leading manufacturer and supplier of solar trackers and fixed structures, with more than 20GW of projects in its track record, has signed a contract with Iberdrola to supply 41 MWp of […]

This project features 1,681 RackSmarT dual-post fixed structures that are fully adaptable to the terrain and customer’s needs.

The agreement involves the supply of 5,400 of their innovative single-row and dual-row TracSmarT+ 1V solar trackers for two projects located near the Peruvian provinces of Islay and Chiclayo.

Solar Steel, a leader in the supply of solar trackers and fixed structures for the PV solar sector, is pleased to introduce the latest configuration of its 1V single- and dual-row solar tracker, TracSmart+ 1V, […]

The TracSmart+ 1V trackers, both single-row and dual-row, will be supplied in three projects with a capacity of 12.6 MW each, all located in the Caribbean region of the Córdoba department, Colombia.

Solar Steel has successfully solidified its leadership position in the solar energy sector, supplying more than 10 GW in European projects and 3.9 GW in LATAM. Additionally, the company has played a significant role in the USA and APAC, with a combined supply of 4.7 GW.

Solar Steel, a leading provider of solar trackers and fixed structures for the photovoltaic solar sector, has announced the signing of a new supply contract for 125 megawatts (MW) in the province of Zaragoza, Spain. […]

Recent research from the research group with which our team has collaborated alongside the University of Oviedo has revealed how to optimize photovoltaic energy generation in non-ideal positions, opening new opportunities for renewable energy in our cities.