Scalvy Secures $13.9 Million Series A to Tackle Power Bottlenecks in AI, Storage, and EVs

New updates have been reported about Scalvy.

Scalvy has raised $13.9 million in an oversubscribed Series A round, bringing total funding to about $17 million and positioning the Austin-based company to accelerate commercialization of its distributed power delivery technology. The round was led by a strategic investor alongside Silicon Badia, with Azolla Ventures, Climate Capital, Skyriver Ventures, and others participating, signaling growing institutional conviction in Scalvy’s approach to high-power infrastructure.

The new capital will fund certification, large-scale field testing, and deployment of Scalvy’s patented Power Neuron platform across AI data centers, grid-scale energy storage systems, and electric mobility applications. Management plans to expand engineering, product, and operations teams rapidly to meet customer demand, moving from successful technical validation with blue-chip partners into near-term commercial rollouts.

Scalvy’s Power Neuron architecture distributes power conversion and control into compact, software-managed modules with integrated energy storage, deployed at or near the load rather than in centralized, bulky converters. This design aims to enable megawatt-scale power delivery with higher efficiency, smaller footprint, improved reliability, and grid-interactive capabilities, while allowing customers to avoid expensive and time-consuming system redesigns.

For AI data centers, Scalvy is targeting high-density, megawatt-scale racks that must increase compute without sacrificing space or power quality, an issue quickly becoming a limiting factor for hyperscale and enterprise AI build-outs. In energy storage, the company is focusing on improving resilience, economics, and grid-forming behavior at rack and pack levels, which could support more flexible and reliable integration of renewables.

In electric mobility, Scalvy aims to embed its technology into compact, battery-integrated powertrains to increase power output and extend system life, addressing OEM pressure to deliver higher performance without major packaging or cost penalties. CEO and Co-Founder Mohamed Badawy argues that current centralized power solutions force trade-offs among power density, space, cost, and usable capacity, and positions Scalvy as a way to decouple these constraints for customers scaling to very high power.

Lead investor Silicon Badia highlights that AI infrastructure expansion is exposing power delivery as a fundamental bottleneck, and views Scalvy’s architecture as a structural, rather than incremental, solution to this constraint. Azolla Ventures adds that innovation in power electronics has lagged other sectors, and contends that Scalvy’s distributed, modular platform could become a default architecture for a broad set of electrically powered systems if it proves out at scale.

Strategically, the Series A marks a shift for Scalvy from technology validation to go-to-market execution in a capital-intensive, infrastructure-adjacent segment. Successful certification and deployment into AI data centers, storage assets, and mobility platforms would not only validate the business model but could also position the company as a critical enabler of electrification and AI growth, with potential for follow-on capital needs as deployments scale.

For stakeholders, the key watchpoints will be the pace of field deployments with existing blue-chip customers, proof of reliability and total cost-of-ownership benefits in production environments, and the company’s ability to navigate supply chain and certification complexity as it scales. If Scalvy’s distributed power model delivers on its efficiency, footprint, and cost claims, it could attract strategic partnerships with data center operators, utilities, and vehicle manufacturers seeking to mitigate power constraints and de-risk large electrification and AI investments.