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The collaboration combines TerraFlow's long-duration energy storage technology with NOV's expertise in fiberglass systems, manufacturing, and field execution to support applications that require durability, corrosion resistance, and long asset life.
Rising electricity demand from AI and large-scale data centers is driving new investment in long-duration power infrastructure. NOV and TerraFlow Energy are collaborating to evaluate how advanced fiberglass solutions can support energy storage applications designed for continuous industrial operation.
The collaboration combines TerraFlow's long-duration energy storage technology with NOV's expertise in fiberglass systems, manufacturing, and field execution to support applications that require durability, corrosion resistance, and long asset life.
"Customers need infrastructure that performs reliably and scales with growing power demand," said Gavin MacMillan, President of Fiber Glass Systems at NOV. "We bring decades of experience delivering composite solutions for industrial applications, and this collaboration allows us to apply that expertise to emerging energy storage opportunities."
As data center growth accelerates, operators are evaluating how to secure reliable power for increasingly energy-intensive operations. Long-duration energy storage is gaining attention as part of that broader infrastructure buildout.
NOV's Fiber Glass Systems business unit has supplied composite infrastructure solutions across energy and industrial markets for decades. This collaboration reflects continued opportunities to apply those capabilities in new markets and evolving industrial applications.
"Building next-generation energy infrastructure takes technology, manufacturing capability, and operational experience," said Jon Parrella, Co-Founder and CEO of TerraFlow Energy. "NOV brings proven expertise in delivering industrial systems at scale."
Together, NOV and TerraFlow are exploring solutions designed to support reliable, large-scale power infrastructure for growing digital and industrial demand.
