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GM Ventures Invests $10 Million In Forge Nano To Enhance Battery Performance And Reduce Costs
General Motors Ventures has invested $10 million in Forge Nano, a company focused on materials science and atomic layer deposition. This partnership aims to explore atomic layer deposition applications for GM's battery technology. Atomic layer deposition is a technique that applies thin-film coatings to battery materials, allowing control over chemistry and structure at the atomic level.
Forge Nano will utilise its Atomic Armor technology to develop these thin-film coatings for GM, aiming to enhance battery performance and reduce costs. The company plans to create prototype lithium-ion battery cells at its headquarters in Thornton, Colorado, to demonstrate the potential of its technology.
This investment underscores GM's dedication to innovative solutions that improve battery performance and make electric vehicles more affordable for consumers. By investing in Forge Nano, GM positions itself to advance its technology while expanding Forge Nano's business in battery material coatings and semiconductors.
Anirvan Coomer, managing director of GM Ventures, stated, "GM Ventures’ primary goal is to bring disruptive technology into the GM ecosystem to improve products and processes." He highlighted the potential of Forge Nano’s Atomic Armor technology for enhancing battery materials.
Paul Lichty, CEO of Forge Nano, expressed enthusiasm about the collaboration with General Motors. He said, "Forge Nano’s mission is to make better materials for a better world." The investment will help improve battery material performance and durability while expanding their reach into other areas like semiconductors.
General Motors is committed to advancing transportation by using cutting-edge technology to produce safer and more efficient vehicles. Their brands include Buick, Cadillac, Chevrolet, and GMC, offering a wide range of gasoline-powered vehicles alongside an extensive selection of electric vehicles as they transition towards an all-electric future.
Future Prospects
The collaboration between GM and Forge Nano could unlock significant benefits for both customers and the business by enhancing cathode capabilities—the most expensive component of a battery cell. This partnership aligns with GM's strategy of leveraging advanced technologies for better vehicle performance.
The investment not only supports Forge Nano’s growth but also aligns with GM’s vision of creating smarter transportation solutions. As both companies work together on this initiative, they aim to push forward advancements in electric vehicle technology.
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