In a significant recognition of innovation in solar technology, Nevados has been honored in Fast Company’s 2024 Innovation by Design Awards for its groundbreaking All Terrain Tracker. This first-of-its-kind technology enables solar developers to install panels on rough, undulating land, unlocking numerous potential solar sites and reducing project completion times.
Revolutionizing Solar Installation
Traditional solar installations often require extensive land grading, which can be both costly and environmentally disruptive. Nevados’ All Terrain Tracker eliminates the need for such grading by adapting to the natural contours of the land. This approach not only preserves topsoil but also significantly reduces labor requirements. A recent report by Eclipse-M, a specialist in solar construction and project execution, revealed that Nevados’ trackers require 38% less labor on average to install compared to three other leading trackers, from pile driving through panel installation.
Industry Recognition
The Innovation by Design Awards are among the most renowned industrial design awards, honoring individuals and companies addressing major global challenges. Nevados received an Honorable Mention in the “Small but Mighty” category, which recognizes products, projects, or services by companies with fewer than 100 employees. Yezin Taha, founder and CEO of Nevados, expressed pride in the company’s impact, stating, “‘Small but mighty’ hits the nail on the head. We are creating a profound impact in the solar industry.”
Client Success Stories
Clients have experienced firsthand the benefits of Nevados’ innovative approach. Allen Oldroyd, Field Operations Manager at MYR Group, shared insights from a solar project in Virginia: “We were able to eliminate a significant amount of grading, reduce the total steel piles by 23%, and protect the integrity of the natural landscape.”
Looking Ahead
As the solar industry faces increasing demands for efficient and sustainable solutions, Nevados’ All Terrain Tracker offers a promising path forward. By maximizing the use of available land and reducing installation time and costs, this technology accelerates the transition to renewable energy.
