As global electrification and renewable energy adoption continue accelerating, second-life battery technologies are emerging as an important solution for scaling energy storage infrastructure while improving battery resource utilization and sustainability. Moment Energy is addressing this opportunity through battery repurposing technologies designed to convert retired electric vehicle batteries into stationary Battery Energy Storage Systems (BESS) for commercial, industrial, and utility-scale applications.
The company’s technology platform focuses on extending the operational life of EV batteries by integrating them into modular energy storage systems used for renewable energy integration, peak shaving, backup power, EV charging support, microgrids, and grid resiliency applications. Rather than immediately recycling EV batteries after vehicle retirement, Moment Energy utilizes batteries that still retain significant remaining energy storage capacity for stationary applications where operational requirements are typically less demanding than automotive environments.
Moment Energy’s repurposing workflow begins with battery sourcing, testing, and qualification processes designed to evaluate battery state-of-health, thermal characteristics, electrical performance, and remaining usable capacity. Batteries meeting operational and safety requirements are then integrated into second-life storage platforms using the company’s proprietary battery management and system integration technologies.
A major technical challenge in second-life battery deployment involves managing variability in battery aging, chemistry behavior, and long-term operational reliability across repurposed battery modules. Moment Energy addresses these requirements through advanced battery management system (BMS) architectures that continuously monitor voltage, current, temperature, charge balancing, and real-time system diagnostics. These monitoring and control systems are designed to optimize battery utilization while maintaining thermal stability, operational safety, and long-duration system reliability.
The company’s energy storage platforms are engineered for a broad range of stationary energy applications. In renewable energy environments, second-life battery systems can store excess solar or wind energy during low-demand periods and discharge stored power during peak consumption cycles. This helps improve renewable energy utilization while supporting grid stability and distributed energy management.
Moment Energy also highlights the economic and environmental advantages associated with battery repurposing. By extending the usable life of EV batteries before recycling, second-life systems can reduce demand for newly manufactured battery materials including lithium, nickel, and cobalt. Repurposed battery systems additionally provide a lower-cost alternative to newly manufactured stationary storage platforms while supporting circular energy infrastructure models.
The second-life EV batteries are rapidly growing energy asset as larger volumes of electric vehicle batteries begin reaching end-of-vehicle-life over the coming decade. With global demand for stationary energy storage continuing to increase across utilities, commercial infrastructure, renewable energy systems, and EV charging networks, repurposed battery platforms are expected to play an increasingly important role in distributed energy ecosystems.
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About Moment Energy
Headquartered in Coquitlam, British Columbia, Canada, Moment Energy develops second-life battery energy storage systems using repurposed EV batteries. The company specializes in battery repurposing, battery management technologies, and stationary energy storage platforms for commercial, industrial, renewable energy, and grid-support applications.
