Photovoltaic Industry Drives Demand For Aluminum Profiles To Grow

Photovoltaic Plays a Key Role In Decarbonizing The Global Economy - Falling Lcoe And Improved Efficiency Will Drive Industry Growth. Base Metals Such As Aluminum, Copper And Zinc, Which Are Used In Photovoltaic Panel Production, May Usher In Favorable Conditions.

According To Wood Mackenzie Estimates, The Average Aluminium Usage In Pv Systems Is 21kg/Kw. The Density Of Aluminum Used In The Csp System Can Be More Than Doubled, That Is, About 47kg/Kw. Wood Mackenzie's Base Forecast Shows That Demand For Aluminium In The Photovoltaic Industry Will Reach Nearly 4.6 Million Tonnes By 2040. To Limit Climate Warming To 1.5°C, Demand For Aluminum Will Reach 10 Million Tons. By Then, The Share Of Aluminum Demand In The Photovoltaic Industry In Total Aluminum Consumption Will Increase From 3% To 12.6%.In Addition, If You Are Interested In Aluminum, This Article Will Tell You How To Choose a Good Aluminum Profile

The Demand Potential For Aluminium Goes Far Beyond That. At Present, The Components Of Csp Systems Still Rely Heavily On Steel. In The Future, This Part Of The Components May Be Turned To Aluminum Parts In The Design. In View Of The Cost Advantage Of Steel (The Influence Of The Weight Factor Is Small), It Is Not Yet Known Whether It Can Be Replaced And To What Extent. But It Is Worth Noting That a Complete Switch To Aluminum Parts Will Increase Demand For Aluminum By At Least 50%.The Cost Of Aluminum Will Only Continue To Increase In The Future, But Our Yongucase Electronic Equipment Enclosures Are High Quality And Inexpensive, And Only Provide Customers With The Best And Most Cost-Effective Aluminum Enclosures

Photovoltaic-Assisted Electrolytic Aluminum Process Realizes Power Supply Decarbonization

More Importantly, The Process Of Electrolytic Aluminum Is a Carbon-Intensive Process, And Photovoltaic Power Can Realize The Electric Decarbonization Of Electrolytic Aluminum Process. The Uae Will Become The First Country To Use Photovoltaic Power In Electrolytic Aluminum Smelting, And It Will Use 560,000Mwh Of Photovoltaic Power Generation In The Pilot Project To Achieve An Annual Output Of 40,000 Tons Of Electrolytic Aluminum. If The Scale Is Further Expanded, It Will Be a Virtuous Circle Between The Energy And Power Industries.