Collaboration aligns long-duration energy storage and industrial manufacturing capabilities to support resilient power systems for data centers and other critical applications
TerraFlow Energy today announced a strategic collaboration with NOV’s Fiber Glass Systems business unit to support the development and deployment of long-duration energy storage infrastructure for data centers and other high-demand power applications.
The collaboration is intended to align TerraFlow’s long-duration storage platform with NOV’s advanced fiberglass industrial solutions and broader manufacturing and field execution expertise. Together, the companies intend to support both joint market development efforts and strategic supply chain collaboration for infrastructure-scale deployments.
The announcement comes as accelerating AI growth and rising electricity demand are driving renewed focus on the physical systems required to support reliable, flexible power at scale. As developers, utilities, and industrial power users confront growing constraints around resilience and duration, long-duration storage is increasingly being evaluated as a foundational layer of next-generation energy infrastructure.
Through the collaboration, TerraFlow and NOV intend to pursue opportunities to support customers in data centers and other energy-intensive sectors, while advancing a strategic supply relationship designed to strengthen delivery readiness for future deployments. The collaboration will also evaluate how advanced fiberglass solutions can support long-duration energy storage applications requiring corrosion resistance, long asset life, reduced maintenance, and scalable field deployment.
“Power has become a defining constraint on digital and industrial growth,” said Jon Parrella, Co-Founder and CEO of TerraFlow Energy. “Meeting that challenge will require more than innovation alone. It requires infrastructure, manufacturing depth, and partners capable of supporting deployment at scale. NOV brings decades of industrial execution to that challenge.”
“Long-duration energy storage requires solutions that are scalable, durable, and engineered for long-term industrial performance,” said Gavin MacMillan, President of NOV Fiber Glass Systems. “NOV brings decades of experience delivering large-scale composite solutions for critical industries around the world. TerraFlow’s technology strongly aligns with our expertise in fiberglass storage systems, field execution, and manufacturing at scale.”
Known globally for its deep expertise serving critical energy and industrial markets, NOV brings established manufacturing scale and field capabilities that complement TerraFlow’s long-duration storage architecture. Together, the companies aim to support solutions designed for applications where duration, reliability, and operational predictability are increasingly essential.
The collaboration also reflects broader momentum around industrial alliances shaping the next phase of long-duration storage adoption, as the market increasingly shifts from evaluating technologies in isolation to evaluating how systems can be deployed as durable infrastructure.
“Long-duration storage is moving into a new phase,” Parrella added. “The question is becoming less whether these systems are needed, and more how they are built and scaled as infrastructure. That is where alliances like this matter.”
