en.Wedoany.com Reported - TerraFlow Energy has partnered with NOV's Fiber Glass Systems business unit (San Antonio, Texas, USA) to support long-duration energy storage infrastructure for data centers and other high-demand power applications. The two companies plan to combine TerraFlow's long-duration energy storage platform with NOV's fiberglass industrial solutions and manufacturing and field execution expertise to advance joint market development and establish strategic supply chain collaboration.
Headquartered in Katy, Texas, USA, TerraFlow Energy designs and manufactures scalable long-duration energy storage systems. This partnership comes amid accelerated growth in artificial intelligence and rising electricity demand, driving renewed market focus on the large-scale physical systems needed to support reliable, flexible power.
TerraFlow and NOV plan to collaborate to seek opportunities serving customers in data centers and other energy-intensive industries, while advancing strategic supply relationships aimed at enhancing delivery readiness for future deployments. The collaboration also includes evaluating how advanced fiberglass solutions can support long-duration energy storage applications requiring corrosion resistance, long asset life, reduced maintenance, and scalable field deployment.
NOV's expertise in critical energy and industrial markets, along with its proven manufacturing scale and field capabilities, complements TerraFlow's long-duration energy storage architecture. This partnership reflects broader momentum around industrial alliances shaping the next phase of long-duration energy storage applications, as the market shifts from evaluating technologies in isolation to assessing how systems can be deployed as durable infrastructure.
Jon Parrella, co-founder and CEO of TerraFlow Energy, said: "Long-duration energy storage is entering a new phase. The question is increasingly no longer whether these systems are needed, but how they are built and scaled as infrastructure. This is where alliances like this one matter."
