Moment Energy Secures Over $40 Million to Scale Second-Life Battery Manufacturing Amid Surging AI Power Demand
Austin-based Moment Energy has successfully closed an oversubscribed Series B funding round, securing more than $40 million to dramatically expand its manufacturing footprint for second-life battery energy storage systems across North America. This significant capital infusion propels the company’s total funding past the $100 million mark, underscoring robust investor confidence in innovative solutions for an increasingly strained energy grid.
The latest funding round saw participation from a syndicate of prominent investors, with Evok Innovations leading the charge. Joining the Series B were Liberty Mutual Investments, W23 Global Fund, and Acario, the corporate venture capital arm of Tokyo Gas. The company also benefits from continued backing by existing major investors, including Amazon’s Climate Pledge Fund, Voyager Ventures, and In-Q-Tel. This fresh injection of capital is earmarked for scaling manufacturing operations, bolstering production capacity throughout the United States and Canada, and strategically expanding its specialized talent pool to meet growing demand.
Addressing North America’s Grid Bottleneck: A Timely Investment
The investment arrives at a critical juncture for North America’s energy infrastructure. The exponential growth of Artificial Intelligence (AI) workloads is driving unprecedented surges in electricity demand, placing immense pressure on an already aging and constrained grid. Data centers, utilities, and industrial operators are confronting significant challenges, including protracted grid connection timelines, supply chain delays for conventional storage solutions, and escalating energy costs. Moment Energy positions its advanced second-life EV battery systems as a compelling, domestically manufactured resource capable of faster deployment compared to traditional energy storage technologies, directly addressing these critical market deficiencies. Edward Chiang, Co-Founder and CEO of Moment Energy, emphasized the company’s core mission: “As power demand continues its upward trajectory, Moment Energy focuses on enhancing grid reliability and optimizing energy expenses. We are actively constructing a new generation of energy infrastructure engineered for rapid deployment, domestic production, and powered by readily available battery resources.”
Second-Life Batteries Achieve Commercial Scale and Critical Safety Benchmarks
Moment Energy’s business model strategically tackles dual challenges: extending the productive life of electric vehicle batteries while simultaneously augmenting critical storage capacity for power users demanding greater operational flexibility. A significant differentiator for the company is its achievement of stringent safety benchmarks vital for widespread commercial adoption. These include UL 1974 and UL 9540A certifications. This distinction is crucial for C-suite decision-makers across data centers, manufacturing facilities, property management, and utilities, all of whom require storage systems that confidently meet rigorous safety, insurance, and permitting mandates. Without such verified credentials, second-life battery initiatives often struggle to move beyond pilot stages. Moment Energy asserts that its approach now empowers mainstream commercial infrastructure, offering systems that are FEOC compliant, fully insurable, inherently scalable, and meticulously designed for high-value locations where space is at a premium.
Economic Advantages Drive Robust Business Case for Industrial and Data Center Users
The economics of energy storage have become a paramount boardroom concern as organizations navigate increasing power demands, grid bottlenecks, and ambitious decarbonization targets. Moment Energy highlights its proprietary pack-swapping architecture, which it claims can extend system lifespans to an impressive 30 years, significantly surpassing the typical 15-year lifecycle of many conventional storage systems. Furthermore, the company projects that its solutions can deliver up to three times lower net costs when strategically coupled with domestic tax incentives. For large industrial consumers, cycling costs could plummet to as low as 3 cents per kilowatt-hour (kWh).
These compelling economic factors are particularly pertinent for buyers facing unpredictable electricity prices and limited grid capacity. Energy storage empowers companies to optimize demand, bolster resilience, and mitigate exposure to peak pricing events. For the burgeoning AI data center sector, it facilitates faster energy deployment in markets where grid interconnection delays have emerged as a significant impediment to growth. Moment Energy also boasts compact systems capable of delivering up to 164 MWh of storage per acre, a density designed to maximize returns in locations where land value, available square footage, and power accessibility critically influence project viability. Marty Reed, Partner at Evok Innovations, remarked, “Moment Energy stands out in the EV battery repurposing sector by proving that safety and scalability are not mutually exclusive. With a profound understanding of battery health and chemistry, Moment Energy is uniquely positioned to engineer and deploy high-performance, second-life systems at substantial scale. This represents a tangible application of Physical AI: transforming complex data into the dependable energy storage essential for powering our future.”
Investor Outlook: Strategic Implications for the North American Energy Market
Moment Energy’s successful funding round signals a fundamental shift in energy infrastructure finance. Investors are increasingly gravitating towards technologies that foster reduced reliance on intricate global battery supply chains, promote robust domestic manufacturing, and bolster overall grid resilience. From a policy perspective, second-life batteries occupy a critical intersection of industrial strategy and circular economy objectives. Repurposing EV batteries not only minimizes waste and eases pressure on new mineral extraction but also retains greater economic value within regional energy markets. For corporate executives, the practical takeaway is unequivocal: consistent and ample power availability is rapidly evolving into a pivotal competitive differentiator. Businesses heavily dependent on electrification, AI-driven operations, or substantial industrial load growth must adopt sophisticated storage strategies that transcend conventional procurement models.
Moment Energy’s ambitious expansion will serve as a vital test case for whether second-life batteries can successfully transition from a promising circular economy concept to a foundational component of core grid infrastructure. Should the company consistently deliver on its claims regarding safety, cost-effectiveness, and manufacturing scalability, its innovative model holds the potential to unlock a significant portion of North America’s untapped energy storage capacity, already residing within the millions of EV batteries currently on our roads.
