Racking

The utility-scale solar mounting solution’s low carbon option places an emphasis on reducing carbon-intensive materials and improving logistics.

Renewable America designed the project to disturb the land little as possible, installing fixed-tilt tracker array that required no grading.

Solar wiring that integrates easily in the field can simplify installation, enhance both quality and longevity, and improve overall project efficiency.

Also on the rise: Renewables and storage interconnection backlog grew about 30% last year. California’s electricity multi-crisis can be aided by virtual power plants. And more.

Rutgers reports that the vertical system fits well with the aim of the project, which is to study the benefits of agrivoltaics where there is a large energy demand and limited space.

Also on the rise: Duke Energy Progress seeks approval for 76 MW solar project in South Carolina. DOE releases funds to streamline siting and permitting for renewables. And more.

Concord Green Energy selected the mounting provider for its fixed-tilt solar mounts.

Using Erthos mounting system, which places panels directly on the land with no racking or trackers, the project is expected to be installed rapidly and save on land use.

RE+ Northeast 2024 showcased a plethora of solar innovations and industry advancements, from concrete ballast racking systems to cutting-edge battery technology, as 3,500 industry professionals gathered in Boston despite the cold weather.

While most large-format modules are lab tested for certification, the lab is not the real world. The field loading applied to a solar module depends on the structure on which it is mounted and the terrain of the project.