Skidmore, Owings & Merrill (SOM), known for iconic structures like the Burj Khalifa, is collaborating with Energy Vault to design a skyscraper that can store energy using massive blocks.
New Concept High Rise Building with Energy Storage
How It Works
Renewable energy sources, such as solar and wind, can sometimes generate excess energy or none at all. To address this issue, effective energy storage is crucial. The concept of a skyscraper battery involves using heavy blocks to store energy as potential energy during low demand periods. When more electricity is required, the blocks are lowered to release the stored energy, which is then converted back into electricity. This innovative skyscraper design could stand between 300 and 1,000 meters (985 to 3,300 feet) and provide space for both people and businesses.
Building Greener Cities
The construction industry, a major contributor to global emissions, is shifting towards eco-friendly designs. Modern skyscrapers are adopting sustainable practices, such as Milan’s Bosco Vertical with residential towers adorned with greenery, and a new building in Perth utilizing a combination of timber and steel to lower its carbon footprint.
Combining Tall Buildings with Energy Storage
SOM and Energy Vault’s concept advances green innovations by transforming skyscrapers into energy storage facilities to balance energy supply and demand, crucial for achieving net zero emissions goals.
Overcoming Challenges
Despite its exciting potential, the concept of massive energy storage faces hurdles, including concerns about cost and necessary structural changes. Energy Vault has demonstrated the feasibility of such projects with a 150-meter-tall energy storage building in China.
SOM and Energy Vault are seeking partners to bring this skyscraper battery project to life, potentially setting a new trend in urban energy usage by combining innovative architecture with renewable energy solutions.
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