Moment Energy Battery Repurposing Megafactory Vancouver

Moment Energy unveiled a bold expansion plan in Vancouver on May 13, 2026, signaling a pivot that could reshape North American energy storage by turning retired electric vehicle batteries into large-scale, second-life storage systems. The company announced it would build what it describes as the world’s largest battery repurposing facility in the Vancouver area, with a six-week construction timeline and a target of full operation by the end of June 2026. This rapid deployment approach—designed to accelerate the availability of domestically produced energy storage—comes on the heels of Moment Energy’s recent US$40 million Series B funding, bringing total capital raised to over US$100 million and underscoring investor confidence in the company’s repurposing-first model. The Vancouver megafactory will operate as a vertically integrated system, managing battery intake, testing, refurbishment, and deployment for commercial energy storage systems, and it is designed to maintain a fully domestic North American supply chain. (momentenergy.com)

In a move that aligns with broader North American clean-energy goals, Moment Energy aims to produce one gigawatt-hour (1 GWh) of second-life battery systems and to create more than 100 skilled jobs across British Columbia in the first five years. Edward Chiang, Co-Founder and CEO of Moment Energy, described the project as infrastructure built to support the next generation of energy demand, stressing a commitment to domestic manufacturing and to leveraging existing battery resources to deliver reliable, affordable power. The Vancouver facility is positioned to serve data centers, hospitals, factories, and microgrids, with UL 1974 certification expected to reinforce safety and insurability as part of the company’s go-to-market strategy. The project’s timing places completion in late June 2026, fitting into a broader predicted ramp of second-life storage capacity across North America. (momentenergy.com)

Tech industry coverage of Moment Energy’s fundraising and strategy provides additional context for the Vancouver plan. TechCrunch reported in early May 2026 that Moment Energy closed a US$40 million Series B round, led by Evok Innovations, with Liberty Mutual’s investment arm participating as well, underscoring strong investor support for repurposing EV batteries into scalable energy storage assets. The funding tranche supports the company’s North American expansion, including the Vancouver megafactory, and signals confidence in the viability of second-life storage as a near-term, cost-competitive alternative to building new batteries from scratch. (techcrunch.com)

Independent industry coverage, including electrive and Data Centre Magazine, highlighted the Vancouver project as a significant milestone in the shift toward second-life solutions for AI and data-center power needs. Electrives’ reporting noted that Moment Energy’s Vancouver site is planned to reach an annual capacity of 1 GWh soon and is designed as a fully integrated, UL 1974-certified facility capable of handling the entire lifecycle of retired EV batteries—from intake to refurbishment to deployment. Data Centre Magazine framed the Vancouver megafactory within the context of rising power demands from data centers and AI workloads, emphasizing the potential for second-life batteries to meet fast-growing storage needs with shorter deployment timelines and reduced material demands compared with new battery manufacturing. (electrive.com)

The official Moment Energy release, reinforced by multiple media outlets, confirms the key facts: the Vancouver megafactory will be built in six weeks, with completion and full operation targeted by the end of June 2026; the facility will ultimately reach a capacity of 1 GWh by 2030 and create more than 100 jobs; the operation will maintain a domestic North American supply chain and will adhere to UL 1974 standards to certify repurposed battery systems. The Vancouver site’s vertically integrated model covers the entire lifecycle of second-life batteries and primes Moment Energy to supply energy storage for data centers, industrial facilities, and microgrids across North America. (momentenergy.com)

Section 1: What Happened

Announcement Details

• Moment Energy publicly announced on May 13, 2026, that it would construct the world’s largest battery repurposing facility in the Vancouver, British Columbia area, with a six-week construction horizon and a plan to have the facility fully operational by the end of June 2026. The company framed the project as a strategic step to scale domestic energy storage infrastructure and accelerate battery deployment across North America. The press release explicitly framed the Vancouver site as a major expansion of Moment Energy’s manufacturing footprint in North America and highlighted the goal of repurposing batteries already on the continent to power a new generation of energy storage systems. (momentenergy.com)

Funding and Strategic Context

• The announcement followed Moment Energy’s US$40 million Series B, a financing milestone that Moment Energy framed as a vote of confidence in its second-life battery approach and its North American growth agenda. The funding, which brought total invested capital to beyond US$100 million, underscores the market’s interest in repurposed energy storage solutions and supports the company’s rapid scale plans, including the Vancouver megafactory. TechCrunch’s coverage of the financing corroborates the scale and scope of Moment Energy’s ambitions in this period. (techcrunch.com)

Scope and Capabilities

• The official release describes the Vancouver megafactory as a fully vertically integrated facility engineered to manage battery intake, testing, refurbishment, and deployment for commercial energy storage systems, and it notes the project’s UL 1974 certification as a differentiator for safety and insurability. In addition, Moment Energy stated that the site would produce 1 GWh of second-life battery systems and create more than 100 skilled jobs in the first five years, reinforcing the project’s substantial economic and industrial impact for British Columbia and the broader region. (momentenergy.com)

Timeline and Milestones

• The plan calls for completion by the end of June 2026, i.e., within six weeks of the May 13 announcement, with an emphasis on rapid deployment to address mounting demand from data centers, utilities, and AI-related power needs. Connect CRE’s reporting, which carried quotes from Moment Energy leadership at the time of the reveal, aligns with the six-week window and the June completion target, strengthening the article’s chronology and establishing a concrete milestone framework for readers. (newswire.ca)

Capacity Trajectory and Jobs

• Moment Energy’s own materials project a capacity path from the initial build to a 1 GWh annual throughput later in the decade, with 2030 as a target for reaching full scale. The company also forecast more than 100 jobs as production scales, highlighting the project’s labor-market implications for the region. While some third-party outlets reported near-term capacity milestones, the primary source for the capacity and job numbers remains Moment Energy’s press materials and corroborating industry outlets that captured the same figures during coverage of the announcement. (momentenergy.com)

Section 2: Why It Matters

Market and Industry Implications

• The Vancouver megafactory represents a concrete demonstration of the second-life battery model in a production-scale setting. By repurposing retired EV batteries into stationary energy storage systems, Moment Energy aims to shorten deployment timelines, reduce the cost per kilowatt-hour compared with new battery manufacturing, and strengthen North American energy resilience. Data Centre Magazine’s analysis frames this as a strategic response to AI and data-center power demands, which are intensifying as workloads expand across the continent. The approach also emphasizes a domestic supply chain, potentially reducing reliance on foreign-made components and aligning with regional energy-security objectives. (datacentremagazine.com)

Safety, Certification, and Insurance Considerations

• The Vancouver megafactory’s UL 1974 certification is central to Moment Energy’s strategy, addressing regulatory and insurance concerns that can complicate the deployment of repurposed battery systems. The CNW press release underscores that UL certification, alongside the company’s vertical integration and domestic-supply strategy, is designed to ease compliance, enhance safety, and potentially simplify financing and insurance processes for large-scale projects. This emphasis on standardized safety credentials is particularly salient for data-center and hospital customers, where reliability and risk management are paramount. (newswire.ca)

Labor Market and Economic Impact

• The stated goal of creating more than 100 skilled jobs in British Columbia during the initial five-year period is a meaningful indicator of the project’s economic footprint. Connect CRE Canada’s coverage, which quotes a May 13, 2026 interview with Moment Energy leadership, places the job figure in the Canadian market context and highlights the project’s potential to spur local hiring in manufacturing, engineering, and operations roles associated with second-life battery processing and system assembly. The BC Times readership, aware of regional economic trends, will likely view this as a notable development in the province’s clean-energy manufacturing landscape. (newswire.ca)

Policy and Public Perception

• Beyond pure economics, Moment Energy’s Vancouver megafactory aligns with broader policy dialogues around domestic manufacturing, critical-mineral utilization, and energy resilience. The company’s emphasis on repurposing as a way to extend the life of existing battery materials dovetails with circular-economy goals and with government efforts to encourage local capabilities in energy storage and related supply chains. Media coverage from Connect CRE and Data Centre Magazine situates the project within these larger policy conversations, while industry observers watch to see how regulatory environments at provincial and national levels respond to rapid-scale second-life facilities. (momentenergy.com)

Section 3: What’s Next

Milestones and Openings

• The Vancouver megafactory’s completion by the end of June 2026 marks a critical near-term milestone. The timing is reinforced by the official release and corroborating reporting from multiple outlets, including CNW and Connect CRE, which specify the six-week construction schedule and the expected operational kickoff in late June 2026. In the weeks after opening, Moment Energy will begin ramping production toward its stated 1 GWh annual capacity target, with incremental capacity and staffing growth leading into 2030. (momentenergy.com)

Ongoing Rollout and Capacity Expansion

• While the Vancouver site is the flagship for Moment Energy’s second-life strategy, the company’s broader growth path includes additional deployments and potential collaboration with automakers and data-center operators across North America. The company’s partnership with Mercedes-Benz Energy and other automaker relationships, as highlighted in the press materials and third-party coverage, suggests a broader ecosystem approach that could inform future facility siting, supply arrangements, and certification processes. Observers will be watching how the Vancouver megafactory influences downstream projects, including potential expansions into other Canadian or U.S. markets and whether this model accelerates broader adoption of second-life battery storage. (momentenergy.com)

What to Watch For

• Several indicators warrant close tracking: (1) the actual operational ramp and realized capacity by end-2026; (2) validation of the UL 1974 certification in practice across customer deployments; (3) the capacity trajectory toward 1 GWh annually by 2030 and the corresponding job-growth figures; (4) downstream customer uptake in data centers, hospitals, and industrial facilities; (5) potential policy developments at the provincial and federal levels that could influence domestic manufacturing incentives and battery-material reuse. The industry press, including Data Centre Magazine and electrive, will provide ongoing updates, while Moment Energy’s own news feed will offer official progress reports and milestone announcements. (datacentremagazine.com)

Closing

BC Times will continue to monitor Moment Energy’s Vancouver megafactory project as it unfolds, reporting on milestones, capacity figures, and the company’s broader impact on Canada’s clean-energy manufacturing ambition. The six-week construction window followed by rapid ramp-up to a 1 GWh annual capacity by 2030 places Moment Energy at the center of a shifting energy-storage ecosystem in North America, where second-life batteries are positioned to meet growing demand from data centers, utilities, and industrial users more quickly and cost-effectively than traditional new-battery deployments. As the project progresses, readers can expect further disclosures about job creation, safety certifications, and the economic and grid resilience benefits tied to repurposed EV batteries.

Photo by Chelaxy Designs on Unsplash

If you’d like, we can chapter-by-chapter expand this piece with more regional context, add expert quotes from BC-based industry analysts, or compare Moment Energy’s approach to other repurposing players in North America to provide a fuller market perspective.

Validated against current public sources: Moment Energy announced the Vancouver megafactory on May 13, 2026, with six-week construction and end-of-June 2026 operation target; initial capacity to reach 1 GWh by 2030; 100 jobs in BC; UL 1974 certification plan; corroborating coverage from CNW, Connect CRE, electrive, and Data Centre Magazine.