Discover the latest innovations, partnerships, and industry insights shaping the future of power infrastructure technology.
Get the latest news, event invitations, and exclusive insights delivered directly to your inbox.
For press releases, interviews, media kits, or collaboration opportunities, our communications team is here to help.
DG Matrix is featured in Scientific American in an article titled "AI’s Power Boom Is Giving the Transformer a High-Tech Makeover," exploring how growing AI datacenter power demands are accelerating the adoption of solid-state transformer (SST) technology. The article features insights from Haroon Inam, CEO and Co-Founder of DG Matrix, on the limitations of conventional electrical infrastructure and the growing importance of intelligent power conversion and distribution. It also highlights DG Matrix Interport Flex technology, which integrates multiple power conversion and energy management functions into a unified platform. As AI datacenters transition toward higher-density computing and 800-VDC power architectures, multi-port SST technology offers a pathway to simplified electrical infrastructure, improved power flexibility, and integration of grid power, energy storage, and on-site generation. The feature underscores the emerging role of advanced power electronics in supporting next-generation AI infrastructure and examines the opportunities and technical challenges associated with broader SST adoption. Tags Solid-State Transformers AI Datacenters Power Electronics 800 VDC Power Distribution Datacenter Power Infrastructure Energy Efficiency Grid Modernization Intelligent Power Management Multi-Port Solid-State Transformers
A new solid-state transformer building block and real-time power-fabric software connect a single SST cell to a complete, skid-mounted power solution for modular datacenters. The Interport SST Cell is featured on the NVIDIA MGX AI Factory wall at OCP Global Summit SAN JOSE, Calif.--( BUSINESS WIRE )--DG Matrix, the global leader in solid-state transformer solutions, today unveiled at the OCP Global Summit the technologies that make Interport™ 360 Flex. It’s a complete, skid-mounted power solution for modular datacenters and next-generation AI factories based on the NVIDIA MGX architecture, deployable from a single building block. This includes the Interport SST Cell, the modular solid-state transformer (SST) at the core of the system; and Interport OS, the real-time software layer that operates and optimizes the power fabric. Together, they give AI factory operators a path to transition from conventional AC distribution to NVIDIA 800 VDC architecture while protecting the land, power and shell investments they have already made. The Interport SST Cell is featured on the NVIDIA MGX AI Factory wall at the Summit, which runs Oct. 12–15 in San Jose, as a new power-infrastructure component for the NVIDIA MGX modular reference architecture and NVIDIA 800 VDC architecture. AI factories are now built the way servers are: from standardized, modular building blocks that can be specified, simulated and deployed at scale. Power infrastructure must evolve to support the compute density and performance requirements of future AI factories. Conventional electrical rooms are still assembled stage by stage from discrete transformers, switchgear, UPS systems and rectifiers. Each are engineered on site and none designed for the rapid, cluster-wide changes in power demand as GPUs move between computing and communication or MGX architecture-compatible 800 VDC power infrastructure. Operators that have secured land, power and shell for AC-distributed facilities face a choice between re-engineering that infrastructure for 800 VDC or leaving it stranded. Today’s announcement gives the power side of the AI factory the same modular path as the compute side, and a way to bring existing sites along: a skid-mounted system that accepts the AC power a site already has and delivers native 800 VDC to the white space, and software that turns it into an intelligent power fabric. Interport 360 Flex: the complete, skid-mounted power solution. Interport 360 Flex is DG Matrix’s end-to-end power solution for modular datacenters, delivered as outdoor grey-space skids that can be paralleled as capacity grows. It integrates power conversion, energy storage for smoothing rapid changes in AI workload power demand, grid resources, on-site generation and controls into a single, software-defined stage that converts, routes and controls electrons between AC and DC sources, storage and compute loads and delivers native 800 VDC to higher-density AI compute racks. Because the 34.5 kVAC-capable Interport 360 Flex takes in the medium- or low-voltage AC power an existing site already has and outputs 800 VDC, the system converts existing AC power to 800 VDC, enabling operators to introduce higher-voltage DC distribution while continuing to use existing land, power and facility investments. The key component of the system is the Interport SST Cell, the modular, galvanically isolated, multi-port power-conversion building block from which every Interport 360 Flex skid is assembled. Built on silicon-carbide power semiconductors with liquid cooling designed for the higher density of accelerated computing racks, the same cell featured on the NVIDIA MGX Ecosystem wall at OCP Global Summit scales, cell by cell, into the complete Interport 360 Flex system. Interport OS: the real-time operating layer. Interport OS is the real-time operating and optimization layer for the physical power fabric. It coordinates power-routing scenarios across cells, ports, storage and sources within sub-millisecond timescales, and delivers as software the functions that legacy datacenters buy as separate equipment: UPS functionality, voltage and frequency ride-through, smoothing rapid changes in AI workload power demand, STATCOM grid-support functions, programmable protection, microgrid control and AC/DC load optimization. Interport OS is what makes a skid of SST cells behave as one programmable system rather than a collection of converters. “At GTC we showed the industry that a solid-state transformer could deliver native 800 VDC power for the NVIDIA MGX architecture. At OCP we are showing how it becomes an entire AI factory’s power infrastructure,” said Haroon Inam, CEO and co-founder of DG Matrix. “Interport 360 Flex is the product our customers deploy, and the Interport SST Cell is the building block that makes it modular. Interport OS is the intelligence that coordinates power routing, ride-through, grid support, microgrid operation and smoothing rapid changes in AI workload power demand across the fabric in real time. Operators have made enormous investments in land, power and shell. We help them carry those investments into the 800 VDC era instead of stranding them. Speed to power is speed to inference, and this is how modular datacenters get both.” NVIDIA MGX is an open modular reference architecture that enables ecosystem partners to build accelerated systems from single-node servers to rack-scale AI factories, and the NVIDIA 800 VDC power architecture reduces conversion stages, moves direct-current power closer to the rack and supports higher-density accelerated computing. NVIDIA curates the MGX Ecosystem wall at OCP Global Summit to illustrate hardware and technology contributions across the MGX ecosystem, including compute, networking, power, cooling, storage and controls. The Interport SST Cell is featured on the wall as the enabler of DG Matrix’s SST-based power fabric for MGX and 800 VDC AI factories, demonstrating how a single cell scales into the broader Interport 360 Flex system. Today’s announcement builds on DG Matrix’s reveal of the Interport SST designed for AI factory infrastructure based on the NVIDIA MGX architecture at NVIDIA GTC 2026. Since the company’s founding in 2023, DG Matrix has worked closely with NVIDIA on technical alignment around 800 VDC architectures and MGX architecture compatibility, from prototype through the commercial launch of its Interport products, and has completed a yearlong program testing energy storage solutions for smoothing rapid changes in AI workload power demand in collaboration with NVIDIA. DG Matrix operates the largest solid-state transformer engineering team of any company in the world, giving the Interport platform a multi-year lead on SST hardware, firmware and AI-driven control software. McKinsey estimates that global demand for datacenter capacity could almost triple by 2030, with AI-related capacity demand reaching 156 gigawatts. Research from SemiAnalysis projects that approximately 39 gigawatts of incremental AI datacenter capacity will be served by 800 VDC architecture by 2030, with a solid-state transformer total addressable market of approximately $13 billion. DG Matrix will demonstrate Interport 360 Flex, the Interport SST Cell and Interport OS at OCP Global Summit, Oct. 12–15 at the San Jose McEnery Convention Center at booth S1: Grand Ballroom 220A. The Interport SST Cell can be seen on the NVIDIA MGX Ecosystem wall throughout the summit. About DG Matrix DG Matrix, the global leader in solid-state transformer solutions, is unlocking power as the binding constraint on AI. It is removing this critical bottleneck of stranded power by building the intelligent power fabric of the AI datacenter. Built on the world’s first commercially available, programmable multi-port solid-state transformer, the company’s AI-enabled Interport™ platform converts, routes and controls every electron, between the grid, on-site generation, storage and compute loads through a single, software-defined stage. DG Matrix delivers an integrated and simpler solution for faster deployment, lower energy costs, native 800 VDC readiness and protection from GPU pulse loads. Because speed to power is speed to inference, DG Matrix helps hyperscale, neocloud and colocation operators bring AI capacity online in months instead of years — at scale, anywhere in the world. Learn more at https://www.dgmatrix.com/ .
DG Matrix hosted its Energy Summit at Yotta 2026 in Las Vegas, bringing together nearly 700 attendees to explore the power infrastructure challenges shaping the next generation of AI data centers. The discussion focused on a critical question for the AI industry: how can power infrastructure evolve at the same speed as compute? Industry leaders explored how to rewire the data center power stack, accelerate the adoption of new technologies, improve bankability, and rethink infrastructure procurement as AI deployment cycles continue to accelerate. DG Matrix also showcased its Interport™ multi-port solid-state transformer (SST) platform, demonstrating how software-defined power infrastructure can simplify the transition from AC to 800 VDC, support dynamic GPU loads, and help accelerate AI data center deployment. These capabilities align with the DG Matrix broader approach of using Interport to convert, route, and control power across the grid, on-site generation, energy storage, and compute loads through an integrated architecture. Thank you to everyone who joined us in Las Vegas and contributed to the conversation around building the power infrastructure required for the next era of AI. We look forward to seeing you again in Las Vegas next year.
Commercial agreement integrates TerraFlow's LDUPS™ with DG Matrix's Interport™ to create a new power architecture for AI data centers that manages compute loads while protecting the grid HOUSTON, Sept. 28, 2026 /PRNewswire/ -- TerraFlow Energy and DG Matrix today announced a commercial agreement to deploy the first integrated vanadium redox flow battery (VRFB) and solid-state transformer (SST) architecture in the United States to directly power a live high-performance computing cluster. The initial deployment will integrate TerraFlow's LDUPS™ long-duration uninterruptible power system with DG Matrix's Interport™ solid-state transformer technology and Dell PowerEdge servers, putting a new data center power architecture into operation against real compute loads. The significance goes beyond combining two technologies. AI data centers are introducing enormous new loads to the power system, but the challenge is not only how much electricity they consume. High-performance compute can change power demand rapidly, pushing that volatility back through electrical infrastructure built for more predictable loads. The integrated architecture is designed to manage power between the grid, on-site generation, energy storage, and compute in real time. TerraFlow's LDUPS™ combines the millisecond response required for UPS functionality with hours of energy capacity, allowing it to continuously buffer changes in compute demand. DG Matrix's Interport™ provides programmable solid-state power conversion, routing, and control between power sources and the compute load. Together, the technologies are designed to absorb rapid changes in demand before they reach the grid and other upstream electrical infrastructure. "AI is changing the physics of the power system, and simply adding more generation doesn't solve that problem," said Jon Parrella, CEO of TerraFlow Energy. "We have to change how these enormous loads connect to and interact with the grid. By putting long-duration storage and intelligent power distribution between the grid and the compute, we can give data centers the power performance they need without asking the grid to absorb every movement in demand. That is how we start turning data centers from grid liabilities into grid assets." The commercial agreement establishes a framework for TerraFlow and DG Matrix to bring the integrated LDUPS™ and Interport™ architecture into data center projects beyond the initial deployment. The companies are targeting applications where AI and high-performance computing require greater control over how power is delivered, managed, and exchanged with the grid. "AI infrastructure requires us to rethink power distribution from the grid all the way to the compute," said Haroon Inam, CEO of DG Matrix. "Solid-state transformers allow us to control power dynamically rather than simply move it from one voltage to another. Combining that capability with TerraFlow's LDUPS™ technology creates an architecture that can respond to the compute load in real time while controlling how that load is presented to the grid. This is the direction data center power infrastructure needs to go." The architecture also addresses a growing issue facing utilities and data center developers: how to connect gigawatts of new compute demand without requiring the power system to respond instantaneously to every change occurring inside the data center. By controlling those changes behind the meter, integrated storage and power distribution can help make large loads more predictable, more flexible, and ultimately easier for the grid to serve. For TerraFlow and DG Matrix, the initial deployment is the starting point for a commercial architecture designed to scale with the rapidly growing power requirements of AI infrastructure. "We aren't building another layer of backup power," Parrella said. "We're building the infrastructure that sits between compute and the grid and allows both of them to perform better." About TerraFlow Energy TerraFlow Energy is transforming energy storage from backup equipment into critical power infrastructure. Built on long-duration, non-flammable vanadium flow battery technology, the company's battery-in-building architecture combines uninterrupted power, long-duration energy storage, and controllable load management in a single platform that simplifies electrical infrastructure for AI data centers and other energy-intensive facilities. By turning large electrical loads into flexible grid assets, TerraFlow helps customers improve resilience, reduce operating costs, accelerate deployment, and strengthen the electric grid. Learn more at www.terraflowenergy.com About DG Matrix DG Matrix, the global leader in solid-state transformer solutions, is unlocking power as the binding constraint on AI. It is removing this critical bottleneck of stranded power by building the intelligent power fabric of the AI data center. Built on the world's first commercially available, programmable multi-port solid-state transformer, the company's AI-enabled Interport™ platform converts, routes and controls every electron, between the grid, on-site generation, storage and compute loads through a single, software-defined stage. DG Matrix delivers an integrated and simpler solution for faster deployment, lower energy costs, native 800 VDC readiness and protection from GPU pulse loads. Because speed to power is speed to inference, DG Matrix helps hyperscale, neocloud and colocation operators bring AI capacity online in months instead of years — at scale, anywhere in the world. Learn more at https://www.dgmatrix.com/ .
Leveraging STMicroelectronics’ latest-generation silicon-carbide devices, DG Matrix’s Interport™ now delivers 400 kW at higher densities MORRISVILLE, N.C.--( BUSINESS WIRE )-- DG Matrix, the global leader in solid-state transformer solutions, today announced continued collaboration with STMicroelectronics (ST), a global semiconductor leader serving customers across the spectrum of electronics applications. Since its inception, DG Matrix has utilized ST’s silicon carbide (SiC) technology at the heart of Interport™ multi-port solid-state transformer platform. The use of ST’s SiC technology has contributed to a significant performance breakthrough: doubling the Interport’s output from 200 kW to 400 kW within essentially the same power module footprint. The same principles that enabled this breakthrough, delivering more power without increasing power module space requirements, are increasingly critical to supporting the growth of large-scale AI datacenters. The announcement arrives at an inflection point for the industry. SemiAnalysis, in its landmark “ Inside the 800VDC Revolution ” report, projects that 800 VDC power architecture underpins approximately 39 GW of new datacenter capacity by 2030, creating a multi-billion-dollar opportunity for solid-state transformers. As GPU rack power densities surge past 600 kW and hyperscalers accelerate their transition to 800 VDC distribution, SemiAnalysis identifies solid-state transformers as the central enabling technology. DG Matrix's use of ST’s SiC technology is helping advance what solid-state transformer technology can deliver. The performance leap comes from the use of silicon carbide technology, which enables significant performance improvements and efficiency above 98.5%. These are the same advanced SiC components ST supplies for leading electric vehicle powertrain applications, among the most demanding power electronics environments. The field experience gained through automotive applications provides DG Matrix and its datacenter and electrification customers with additional confidence in the performance and reliability of the underlying SiC technology. ST has supported DG Matrix’s ongoing product development efforts by providing access to advanced SiC technologies and technical expertise. The collaboration extends beyond component supply. ST has provided DG Matrix with technical support and insights into relevant technology developments to help optimize the use of SiC devices within the Interport™ platform. DG Matrix’s application experience provides insights into system-level requirements, including voltage, current, and thermal performance considerations for future generations of power devices. ST’s advanced SiC devices have strong surge current handling capabilities. This feature is important for datacenter applications. AI workload transients are placing increasingly stringent demands on power electronics systems. The collaboration is rooted in a relationship that predates DG Matrix itself. Co-founder and Chief Technology Officer Dr. Subhashish Bhattacharya spent years developing power electronics applications on ST’s devices. His work includes solid-state transformers for DC grid implementations, traction motor drives across multiple vehicle platforms, and DC-DC converters for auxiliary power systems. Dr. Bhattacharya is a founding faculty member of both the FREEDM Systems Center and PowerAmerica. PowerAmerica is the U.S. Department of Energy’s institute for wide bandgap and Gallium Nitride power electronics. He helped shape the collaborative framework. This framework facilitated exchanges between SiC device manufacturers, such as STMicroelectronics, and leading research institutions. That decade-plus of industry and research experience is embedded in DG Matrix’s product architecture from the ground up. “The performance achieved by DG Matrix’s innovative Interport™ technology using ST’s SiC devices opens new possibilities for efficient power infrastructure in AI datacenters and next-generation electrification. We have worked with DG Matrix since the company’s early stages and look forward to continuing our collaboration in advancing power density and reliability,” said Rino Peruzzi, President, Americas Region, STMicroelectronics. "STMicroelectronics has supported our development efforts from the beginning. They provided technical engagement and gave us access to advanced silicon-carbide technology. This support contributed to a power density breakthrough that defines the Interport's competitive position. As SemiAnalysis projects the 800 VDC transition creating a multi-billion-dollar opportunity for solid-state transformers, DG Matrix believes its technology and product roadmap position the company to play a leading role in this emerging opportunity,” said Haroon Inam, CEO and co-founder of DG Matrix. As DG Matrix grows, it focuses on higher-voltage medium-voltage platforms. The company aims for higher-volume production across hyperscaler, neocloud, and electrification deployments worldwide. It uses future generations of SiC technology to support its product roadmap. ST’s technology integrates with DG Matrix’s growing Interport™ product family. This integration supports the development of scalable and resilient power infrastructure. It benefits AI datacenters, utility microgrids, and electrification applications. About DG Matrix DG Matrix, the global leader in solid-state transformer solutions, is unlocking power as the binding constraint on AI. It is removing this critical bottleneck of stranded power by building the intelligent power fabric of the AI datacenter. Built on the world’s first commercially available, programmable multi-port solid-state transformer, the company’s AI-enabled Interport™ platform converts, routes and controls every electron, between the grid, on-site generation, storage and compute loads through a single, software-defined stage. DG Matrix delivers an integrated and simpler solution for faster deployment, lower energy costs, native 800 VDC readiness and protection from GPU pulse loads. Because speed to power is speed to inference, DG Matrix helps hyperscale, neocloud and colocation operators bring AI capacity online in months instead of years — at scale, anywhere in the world. Learn more at https://www.dgmatrix.com/ .
Power and datacenter industry leader who led Schneider Electric’s $8 billion global power business, served as President and COO of AI cybersecurity pioneer Cylance, and now invests in datacenter and AI companies as a partner at Helios Energy Ventures will help DG Matrix build and scale the intelligent power fabric for the AI datacenter. RALEIGH, N.C. & DURHAM, N.C.--(BUSINESS WIRE)--DG Matrix, the global leader in solid-state transformer solutions, today announced the appointment of Daniel Doimo, an executive who has built, merged and scaled some of the most important businesses in datacenter power, to its Executive Advisory Board. Doimo joins Christian Belady, the former head of Microsoft’s datacenter business and originator of the PUE metric, and Peter Gross, the mission-critical datacenter engineer who co-founded EYP Mission Critical Facilities, on a board that now brings together hyperscale operations, mission-critical design and the global power solutions and systems industry. Doimo will work with DG Matrix CEO Haroon Inam, Executive Chairman Anthony Wanger and the company’s engineering, solutions and commercial teams as DG Matrix builds the intelligent power fabric for the AI datacenter: the AI-driven control layer that manages every watt flowing from utility, on-site generation and storage sources to compute loads. Doimo has spent more than three decades building and scaling technology businesses across the United States, Europe and Asia. As a co-founder of MGE UPS Systems in 1996, he participated in two successive leveraged buyouts of the company, culminating in its acquisition by Schneider Electric in 2004, and then in Schneider Electric’s acquisition of American Power Conversion (APC). He led the merger of MGE and APC across Europe, the Middle East, Africa and Latin America and became Executive Vice President of the Data Center Business Unit with more than $3.2 billion in annual revenue. Over 12 years at Schneider Electric, Doimo served as Executive Vice President of Power, an $8 billion global business, and later as Executive Vice President of Global Solutions, and was a member of the company’s Executive Committee, reporting to the CEO. He also led the Electrical Distribution and Energy Management Business Unit and the company’s strategic vertical markets before uniting services, software and those end-user segments into a single Global Solutions organization. In 2017, he became President and Chief Operating Officer of Cylance. Today he is a Partner at Helios Energy Ventures, a venture capital firm focused on Series A and Series B investments in the datacenter and artificial intelligence sectors, where he works closely with founders to scale their businesses. “Daniel has built, merged and scaled the businesses that have powered datacenters for the past 30 years,” said Haroon Inam, CEO of DG Matrix. “He co-founded MGE UPS Systems, brought MGE and APC together inside Schneider Electric and led its $8 billion global power business, so he knows exactly how power infrastructure is specified, sold, serviced and scaled around the world — and he then took an AI company through hypergrowth to a successful exit. As DG Matrix moves from being first to commercialize the multi-port solid-state transformer to deploying it at scale, Daniel’s experience will sharpen how we build, deliver and service our solid-state transformer solutions and accelerate our path to becoming the intelligent power fabric of the industry.” “Daniel led the businesses that much of the datacenter industry buys its power systems from, and he scaled them across three continents,” said Anthony Wanger, Executive Chairman of DG Matrix. “With Christian, Peter and now Daniel, this advisory board has built the hyperscale datacenter, engineered the mission-critical facility and led the power business behind both.” “I spent most of my career building the solutions and systems that power datacenters and the past decade scaling AI and software businesses, and DG Matrix sits exactly where those two worlds are now colliding,” said Daniel Doimo. “For 30 years the industry has answered new demand by adding more boxes to the electrical room. The multi-port solid-state transformer is the first technology I have seen that fundamentally simplifies the datacenter electrical system, and DG Matrix has already done the hard part by commercializing it. I have taken companies through buyouts, mergers, acquisitions and the road to the public markets, and I am joining to help Haroon, Anthony and the team scale as fast as the AI buildout demands.” As a member of the DG Matrix Executive Advisory Board, Doimo will advise on commercial and go-to-market strategy, global operations and manufacturing scale-up, strategic partnerships across the power solutions and systems industry, and capital strategy. His appointment follows those of Belady in April and Gross in June, and the June appointment of Wanger as the company’s first Executive Chairman, as DG Matrix builds the team to scale and accelerates pilot deployments of its AI-enabled Interport platform with hyperscale, neocloud and colocation customers worldwide. About DG Matrix DG Matrix, the global leader in solid-state transformer solutions, is unlocking power as the binding constraint on AI. It is removing this critical bottleneck of stranded power by building the intelligent power fabric of the AI datacenter. Built on the world’s first commercially available, programmable multi-port solid-state transformer, the company’s AI-enabled Interport™ platform converts, routes and controls every electron, between the grid, on-site generation, storage and compute loads through a single, software-defined stage. DG Matrix delivers an integrated and simpler solution for faster deployment, lower energy costs, native 800 VDC readiness and protection from GPU pulse loads. Because speed to power is speed to inference, DG Matrix helps hyperscale, neocloud and colocation operators bring AI capacity online in months instead of years — at scale, anywhere in the world. Learn more at https://www.dgmatrix.com/.
In this conversation, Haroon Inam, CEO of DG Matrix, discusses why power availability has become one of the defining constraints on AI infrastructure and how a new approach to power architecture can help meet the rapidly growing demands of AI data centers. Haroon explores how the DG Matrix Interport™ platform, a software-defined, multi-port solid-state transformer, integrates multiple energy sources and delivers power where it is needed across modern infrastructure. He also discusses the shift from conventional power conversion toward intelligent power routing and the role this transformation can play in accelerating the deployment of AI infrastructure. Topics covered include: Why power is becoming a critical bottleneck for AI growth How solid-state transformer technology can simplify legacy power architectures Integrating grid power, energy storage, and distributed generation Using software-defined power systems to improve infrastructure flexibility The DG Matrix vision for building the power fabric for the intelligence age “Power is the limit today. It’s not the GPUs or the chips.” — Haroon Inam See full podcast: 'The Power Behind AI' with Haroon Inam, CEO & Co-Founder of DG Matrix | Pantokrator Podcast
How Speed-to-Power Is Transforming AI Infrastructure and Energy Infrastructure Solutions Power availability has become one of the biggest challenges facing AI infrastructure, hyperscale data centers, and large-scale electrification projects. This white paper explains how the latest Federal Energy Regulatory Commission (FERC) large-load reforms are reshaping energy infrastructure by making speed-to-power a national priority. It explores how organizations can accelerate AI infrastructure deployment, modernize grid connections, and reduce delays through intelligent power solutions, electrification solutions, and software-defined energy platforms. How Interport™ Delivers Intelligent Power Solutions for the Next Generation of AI Infrastructure The white paper demonstrates how the DG Matrix Interport™ multi-port solid-state transformer (SST) platform addresses the challenges highlighted by FERC by integrating utility power, battery energy storage, distributed energy resources, renewable energy, and behind-the-meter generation into a unified software-defined energy platform. These advanced solid-state transformer solutions simplify electrical infrastructure, improve power management, recover stranded capacity, reduce dependence on utility upgrades, and enable faster deployment of AI data centers, commercial facilities, and electrification projects. Why Intelligent Power Solutions Will Define the Future of AI Infrastructure As AI infrastructure, advanced manufacturing, and electrification continue to increase electricity demand, organizations need more than additional grid capacity—they need intelligent energy infrastructure solutions that maximize existing resources. This white paper explains how solid-state transformer solutions, software-defined power, flexible energy architecture, and help organizations accelerate time-to-power, improve energy resiliency, support grid modernization, and build scalable, future-ready energy systems capable of meeting the next generation of AI workloads. Tags Speed-to-Power Intelligent Power Solutions Power Solutions for AI Data Centers AI Infrastructure Solutions Energy Infrastructure Solutions Next-Generation AI Infrastructure Grid Modernization Solid-State Transformer (SST) Solutions Battery Energy Storage Utility Power Integration
DG Matrix and Skeleton Technologies Join Forces to Deliver Resilient, Fast-Response Power for 800 VDC AI Data Centers Collaboration brings together Skeleton’s peak-shaving and backup power systems alongside DG Matrix Interport™ solid-state transformer technology for next-generation AI data center deployments MORRISVILLE, N.C. & TALLINN, Estonia--(BUSINESS WIRE)--DG Matrix, the global leader in solid-state transformer solutions, and Skeleton Technologies, a globally leading AI infrastructure power systems provider, today announced a strategic technical and commercial collaboration to support the data center industry’s transition to 800 VDC power infrastructure. The two companies are integrating Skeleton’s high-power, fast-response energy storage systems across DG Matrix’s galvanically isolated Interport™ multi-port solid-state transformer (SST) platform. The collaboration spans the Interport CM medium-voltage SST skid, which converts 12 34.5 kV AC directly to high-voltage DC; the Interport CL sidecar solution, which mitigates GPU pulse loads directly in the white space; and Interport Flex, an outdoor, grey space product that can be skid-mounted and paralleled into the Interport 360 end-to-end solution. Together, the technologies address one of the defining challenges in modern AI data centers: the extreme, repetitive pulse loads generated by GPU clusters that exceed the dynamic response capabilities of the power grid as well as conventional Uninterruptible Power Supply and battery systems. Skeleton’s power systems are engineered to respond in microseconds to minutes, absorbing peak loads before they propagate to upstream infrastructure, while DG Matrix’s Interport routes power in real time across AC and DC sources, loads, and storage at multiple voltage levels. As GPU cluster densities grow and power demands become increasingly dynamic, static power architectures can no longer keep pace. DG Matrix’s Interport platform already addresses this through software-defined, multi-port power routing and single-stage conversion. Pairing Interport with Skeleton’s fast-response storage closes the remaining gap, enabling the joint platform to absorb load transients, support fault ride-through, and deliver backup power with the speed and cycle life that AI workloads demand. “The shift to 800 VDC power architecture represents one of the most important evolutions in the data center industry. As power demands for AI workloads become even greater, fast-acting energy storage is essential to ensuring that GPU bursts don’t destabilize electric grids. Working with DG Matrix gives us the opportunity to demonstrate how our high-power energy storage technologies complement solid-state transformer architectures and support more resilient, efficient data center infrastructure,” said Taavi Madiberk, CEO and co-founder of Skeleton Technologies. Recent research from SemiAnalysis projects that approximately 39 gigawatts of incremental AI data center capacity will be served by 800 VDC architecture by 2030, with a solid-state transformer total addressable market of approximately $13 billion. DG Matrix’s Interport platform natively supports 800 VDC today, and Skeleton’s GrapheneCBU800 and GrapheneBBU800 systems are built for the same voltage class, positioning both companies at the center of that transition. “DG Matrix is building the power fabric for the intelligence age. By integrating Skeleton Technologies’ fast-response energy storage with our Interport solid-state transformer platform, we can advance a more complete architecture for AI data centers: one designed for dynamic pulse loads, resilient power, and faster deployment,” said Haroon Inam, CEO and co-founder of DG Matrix. About DG Matrix DG Matrix, the global leader in solid-state transformer solutions, is unlocking power as the binding constraint on AI. It is removing this critical bottleneck of stranded power by building the intelligent power fabric of the AI data center. Built on the world’s first commercially available, programmable multi-port solid-state transformer, the company’s AI-enabled Interport™ platform converts, routes and controls every electron, between the grid, on-site generation, storage and compute loads through a single, software-defined stage. DG Matrix delivers an integrated and simpler solution for faster deployment, lower energy costs, native 800 VDC readiness and protection from GPU pulse loads. Because speed to power is speed to inference, DG Matrix helps hyperscale, neocloud and colocation operators bring AI capacity online in months instead of years — at scale, anywhere in the world. Learn more at https://www.dgmatrix.com/. About Skeleton Technologies Skeleton Technologies is a leading provider of full-stack power systems that enable more efficient and scalable AI infrastructure. From rack-level power stabilization to grid scale integration, Skeleton helps hyperscalers, grid operators, and OEMs to optimize efficiency, power quality, and infrastructure utilization. Skeleton’s intelligent power systems are built on proprietary high-power energy storage technology, which has been deployed globally across grid infrastructure, data centers, mobility, aerospace, and defense applications over the past ten years. To learn more, visit https://www.skeletontech.com/.
