As artificial intelligence compute demands push global energy infrastructure to its breaking point, Austin-based Scalvy has secured $13.9 million in an oversubscribed Series A funding round. The investment was co-led by a strategic investor alongside prominent venture capital firm Silicon Badia. Additional participation came from Azolla Ventures, Climate Capital, and Skyriver Ventures.
Quick Facts
- Raised $13.9M Series A for modular power systems.
- Round co-led by strategic investor and Silicon Badia.
- Platform targets AI data centers and electric mobility.
The Architectural Bottleneck In AI Infrastructure
The rapid acceleration of AI deployment and industrial electrification has exposed critical flaws in modern power delivery. Traditional systems rely on centralized architectures that are increasingly constrained by physical space, high costs, and supply chain vulnerabilities. As tech companies race to build megawatt-scale data centers, these legacy power setups fail to efficiently match the rising compute density.
Scalvy, founded in 2022 by Mohamed Badawy and Amr Ibrahem, addresses this exact friction point. Rather than patching older frameworks, the startup attacks the problem at the architectural level.
The company’s patented Power Neuron platform replaces bulky central hubs with software-coordinated, compact modules that integrate energy storage. By distributing power conversion and control directly at the load point, the technology allows infrastructure to scale to massive power levels without forcing operators to redesign their existing hardware.
High-Density Markets: Data Centers And Mobility
The fresh capital, which brings Scalvy’s total funding to approximately $17 million, will accelerate product certification, expand field testing, and support commercial deployments. The startup is strategically focusing on three high-friction sectors: AI data centers, energy storage, and electric mobility.
In the AI sector, Scalvy enables operators to power grid-interactive AI racks without sacrificing valuable compute density. For electric mobility, the modular approach delivers battery-integrated powertrains that are more compact, generate higher output, and offer extended lifespans. The system also introduces essential grid-forming capabilities to energy storage setups, improving resilience at both the rack and pack levels.
“The AI infrastructure and electric mobility industries are currently trapped: if you want higher power, you are forced to sacrifice space, increase costs, and lose usable capacity,” said Mohamed Badawy, Co-Founder and CEO of Scalvy. “Scalvy is changing this, as the only company enabling systems to scale to massive power levels without those traditional penalties.”
Silicon Badia And The MENA Tech Context
For Silicon Badia, a venture capital firm with deep roots in the MENA region and the US, backing Scalvy aligns with a global mandate to solve hard infrastructure challenges. The investment is highly relevant to the MENA tech ecosystem, particularly as countries like the UAE and Saudi Arabia invest billions in sovereign AI initiatives and hyperscale data centers. Solving the power consumption puzzle is a prerequisite for these regional AI ambitions to materialize.
Namek Zu’bi, Managing Partner at Silicon Badia, noted the structural blind spot in the current tech boom.
“Every conversation in tech right now is about AI compute—the chips, the models, the data centers being built at a staggering pace. What’s getting far less attention is the power infrastructure that has to feed all of it,” Zu’bi explained. “And it’s not just data centers—this bottleneck shows up across industries, well beyond AI. Scalvy is tackling this at the architectural level, not patching around it.”
With technical validation already completed alongside several blue-chip enterprise customers, Scalvy is actively expanding its engineering and operations teams to meet immediate commercial demand.
About Scalvy
Founded in 2022 and headquartered in Austin, Texas, Scalvy is a distributed power delivery company developing advanced power systems for AI data centers, energy storage, and electric mobility. The company’s patented Power Neuron platform provides ultra-high, grid-interactive power in a compact footprint, allowing critical infrastructure to scale efficiently while reducing operational costs and physical constraints.
Source: Tech Funding News
