Powering Smarter Buildings and Campuses for a Net‑Zero Future
VoltServer’s Digital Electricity® is a fault-managed power solution that expedites installations and reduces new construction and renovation costs. Our innovative solutions provide flexible, zone-based deployment of power and data with centralized backup capabilities. When paired with renewable energy and storage systems, they support sustainable and efficient DC buildings. Learn about our solution in partnership with Belden for the ground-breaking Circa Resort & Casino and Hotel Marcel in partnership with Sinclair Digital.
Powering Smarter Campuses with Flexible Connectivity
VoltServer’s Digital Electricity solution supports fast deployment for education, healthcare, business, and industrial campuses across North America. Instead of extending traditional grid infrastructure across sprawling campuses, remote power helps modern sites create safe and versatile spaces. Our patented Digital Electricity (DE) solutions enable power and fiber deployment in a single pathway to streamline operations and improve connectivity, even in difficult installation environments.
Explore our Solution Partners
CommScope designs, manufactures, installs, and supports the hardware infrastructure and software intelligence that power our digital world—enabling seamless interaction and helping society thrive.
Sinclair Digital creates some of the most energy-efficient building solutions on the market. Through relentless innovation, they design and implement technologies that help clients reduce their carbon footprint while delivering a modern, streamlined experience.
DE Power Solutions for Every Industry
From high-traffic venues to mission-critical environments, Digital Electricity delivers safe, reliable power across enterprise and campus markets:
Hospitality
Hotels, resorts, casinos, theme
parks, restaurants, and attractions
Commercial
Office towers, enterprise
campuses, and retail spaces
Education
Daycares, K–12 schools, and
higher-education institutions
Healthcare
Hospitals, clinics, urgent-care
centers, assisted-living
facilities, and pharmacies
The Rise of Fault-Managed Power in Modern Building Design
Here’s why Fault-Managed Power is set to define the future...
Sinclair Hotel: Texas’ First Intelligent Building Powered by Digital Electricity®
See how we helped set a new standard for sustainability and efficiency...
Powering Smarter Campuses with Digital Electricity®
Streamline operations and improve connectivity, even in difficult installation environments...
VoltServer Expands Digital Electricity® Ecosystem with Sinclair Digital Partnership
East Greenwich, RI, December 10, 2025 – VoltServer, the pioneering leader in fault-managed power systems and creator of Digital Electricity®, is excited to announce its strategic partnership with Sinclair Digital. Sinclair Digital is a leading manufacturer of intelligent DC power and data distribution solutions powering edge connectivity for discrete or converged IT networks, operational technology and lighting systems. To advance next-generation power initiatives and develop standardized global solutions, VoltServer believes it’s crucial to partner with other industry innovators. This level of collaboration helps champion and accelerate the adoption of fault-managed power. Working alongside industry-leading power and connectivity partners, VoltServer is redefining how power is delivered for today’s most demanding applications. It provides integrated, end-to-end systems designed to work seamlessly and solve more intelligently, setting a new standard for reliability, sustainability, and reach. Sinclair Digital’s AGILE-CORE® Distributed Edge Architecture, embedded with VoltServer’s innovative Fault Managed Power (FMP) technology, is redefining building infrastructure with end-to-end IT, lighting, and converged network solutions. AGILE-CORE® delivers a unified, high-performance digital backbone that combines DC power and high-speed data in one network and to the edge where it’s needed. Sinclair Digital’s AGILE-CORE® platform offers a scalable, plug-and-play infrastructure that powers everything from IT devices and wireless access points to LED luminaires, sensors, cameras, lighting controls, HVAC control, USB charging, and more. Sinclair Digital’s Distributed Edge Architecture dramatically reduces material use — requiring 80% less copper and 100% less conduit — while eliminating the need for IDFs, cutting construction costs by roughly $3 to $8 per square foot and lowering energy consumption by up to 30%. “Embedding VoltServer’s FMP platform into our AGILE-CORE® Distributed Edge Architecture delivers a smarter, safer, and more flexible digital backbone,” states Matt Conger, CRO, at Sinclair Digital. “Integrating VoltServer’s Fault Managed Power in the AGILE-CORE® ecosystem amplifies our ability to deliver a
5 Power Infrastructure Challenges Driving the Need for Fault Managed Power
After years of power demand remaining relatively stable across the United States, there’s a sudden swell in energy consumption taking place. A recent forecast from Grid Strategies reports that five-year load-growth forecasts from U.S. utilities anticipate an increase from 23 GW to 128 GW. As a result, annual peak demand growth is expected to average 3% per year over the next five years, which equates to six times the planning and construction of new generation and transmission capacity. Going electric at this speed means we’re moving closer to a high-energy, low-carbon world, where energy demands are met as efficiently as possible. But there are many challenges with current U.S. power infrastructure that will make the transition difficult if they aren’t addressed. Let’s take a look at what they are, and find out how fault managed power is positioned to overcome them. 1. The Power Grid is Aging The U.S. power grid is showing its age as it struggles to avoid congestion caused by modern electricity demands. Its reliability is on the decline as systems age, which can lead to unplanned outages, a reduction in load-carrying capacity, and higher maintenance costs. While the U.S. Department of Energy’s National Transmission Planning Study indicates that the U.S. power grid will need to at least double in size by 2050 to maintain reliability, it has limited capacity to expand. Beyond that, it’s difficult to source the components required to expand. Currently, for instance, it can take years to gain access to critical equipment like transformers that are needed to grow or modernize the grid. 2. Building Energy Demands Are Going Up, Not Down With more building systems running on electricity, the built environment is too energy intensive to meet net zero targets as things stand today. Today, building operations are responsible for 30% of
The Rise of Fault Managed Power in Modern Building Design
With few deployment barriers, great flexibility, and unmatched reliability, here’s why Fault Managed Power is set to define the future of electrical distribution in intelligent buildings. By Ronna Davis When it comes to the future of building technology, we have a bold prediction to make: Within the next two decades, Fault Managed Power distribution will become the standard for new building designs. (From there, we believe the revolution will expand into the grid, but that’s a story for another time!) Many factors are coming together to make today the time when building owners need to rethink their approach to power for tomorrow’s facilities: Electricity demands are increasing across all sectors, making it difficult for conventional electrical infrastructure to keep up with our high-energy world. Sustainability priorities are escalating as owners are pressed to lower energy consumption, reduce waste, and work toward net-zero targets. A shortage of qualified electricians, combined with the complexity of conventional electrical distribution, is stalling projects and delaying progress. Supply chain disruptions surrounding electrical components aren’t going away, which further delays project timelines. It’s Time for a Power Reset Electricity is long overdue for an evolution. Buildings and the connected devices that control them are progressing rapidly. They’re becoming smarter and more powerful as they optimize operations and efficiency. But there’s just one problem with this transformation: The AC power distribution method the world relies on hasn’t kept up. In fact, it hasn’t evolved at all since 1893. While the systems connected to them look different than they did over a century ago, the infrastructure and distribution methods behind the technology are pretty much the same as they’ve always been: expensive, slow and dangerous to install, and inflexible. They’re also incompatible with data. The professionals trained to work on data lines aren’t always qualified to work with
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Learn how Digital Electricity can help solve your building and campus power demands.
