Global Wave of Energy Independence Surges, Driving Strong Demand for PV Support Section Steel

2026-07-22

Geopolitical shifts have spurred countries worldwide to accelerate their shift away from fossil fuels, with photovoltaic power emerging as the top choice for global energy transition. Global newly-installed PV capacity remains robust in 2026, with large-scale solar base projects in Middle Eastern deserts, commercial and industrial rooftop PV systems across Southeast Asia, utility-scale ground-mounted power stations in Latin America, residential solar-storage setups in North America, and coastal PV developments in Australia all seeing vigorous expansion.

Compared with aluminum alloy brackets, hot-dip galvanized cold-formed section steel boasts outstanding load-bearing capacity, cost-effectiveness and excellent adaptability for large-scale power stations, accounting for over 70% of materials used in global ground-mounted PV projects. Zinc-aluminum-magnesium coated steel is gaining widespread adoption for its superior corrosion resistance, suited for harsh operating environments including coastal zones, desert regions and high salt-spray areas, and has become the mainstream option for high-end PV projects around the world.

Metal Strut Channel

Steel Unistrut Channel

HDG Unistrut Channel

Galvanized Strut Channel

Slotted Strut Channel

Solid Strut Channel

41x41 Unistrut Channel

Back To Back Strut Channel

Unistrut Fittings

Solar Mounting Bracket

Unistrut Fastener

Global Wave of Energy Independence Surges, Driving Strong Demand for PV Support Section Steel

Global Wave of Energy Independence Surges, Driving Strong Demand for PV Support Section Steel