VoltServer Nominated for Powerhouse CleanTech Company at the New England Venture Capital Association's 2020 NEVY Awards

VoltServer has been shortlisted for the Powerhouse CleanTech Company of the Year Award in the 2020 NEVY Awards, hosted by the New England Venture Capital Association (NEVCA) and presented by Dell Technologies. The NEVYs, now in their eighth year, celebrate New England’s top innovators, investors and companies across the region’s health care, life science, tech, medtech, and cleantech communities. Final winners will be unveiled via a dynamic live broadcast on December 1, 2020, at 6:30pm.

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VoltServer Deployed at Circa Resort

VoltServer was excited to be included as one of the major technology features described in the recent Las Vegas Circa Hotel opening. The hotel focuses on clean air and clean facility operation in a post-COVID environment. As quoted in the Las Vegas Review Journal by co-owner Greg Stevens, ”Digital Electricity™ is more reliable than the traditional version,” Greg says, “and very, very clean.” Should the hotel lose power, guests may not even notice. “Really, for a guest,” he says, “even in a full power outage, you’re going to have Wi-Fi. You’re going to have your thermostat. You’re going to have some communication devices — the phone, iPad — and a couple of lights.”

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ADRF Reduces In-Building Wireless OpEx with VoltServer Digital Electricity™

Advanced RF Technologies, Inc. (ADRF) announced today its compatibility with VoltServer’s Digital Electricity™ offerings to provide low costnetwork installation and safe power distribution. Digital Electricity™ works in concert with ADRF’s ADXV Series DAS for commercial and public safety service bands as well as its PSR Series public safety repeaters.

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VoltServer Powers the Big Game at Miami Stadium

MIAMI, FL — For the third consecutive year, VoltServer Digital Electricity™ was the power that kept mobile communications running for thousands of fans at the biggest football game of the season. This year Miami stadium featured one of the most comprehensive demonstrations of 5G technology to date, as is illustrated in this newscast showing the Miami installation.

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VoltServer Raises $7.4 Million to Revolutionize Cities and Buildings Through Digital Electricity™

Sidewalk Labs Becomes Key Investor to Help VoltServer Make Electricity Safer, More Cost Effective and Efficient

EAST GREENWICH, RI, November 14, 2019 — VoltServer, the inventor of a new form of power called Digital Electricity™, announced today that it has raised a $7.4 million Series A, supported by Alphabet’s Sidewalk Labs. The funding will allow VoltServer to expand its Digital Electricity™ (DE) offerings at scale, powering the digitally connected world in a safer, more cost effective and efficient way than traditional alternating current (AC) and direct current (DC) electricity.

The only new form of electricity since AC and DC, DE is made up of discrete packets of energy and data and efficiently runs on cables that are thin, safe, inexpensive, flexible and data-enabled, making DE the ideal powering solution for complex and evolving infrastructure systems. With enough power to energize a hi-rise or football stadium, VoltServer’s technology is already installed in over 700 venues, and will continue to expand its offerings beyond communications infrastructure to power entire buildings.

“There has not been much innovation around electricity since Tesla and Edison battled it out in the late 1800s,” said Stephen Eaves, CEO of VoltServer. “But Digital Electricity™ allows for controlled power distribution that is safe, less expensive, faster to install, more energy efficient, and perfect for an increasingly digital world. At scale, VoltServer’s technology will make buildings less expensive to construct, operate, and change over time.”

With its investment, Sidewalk Labs joins Marker Hill Capital, Slater Technology Fund, Natural Resources Capital Management, Clean Energy Venture Group, Angel Street Capital and Consiton Capital in recognizing the potential of Digital Electricity™.

“Electricity powers our world, but the fundamental danger inherent in AC or DC electricity makes today’s electrical systems expensive to install or change. Digital Electricity™ is a breakthrough, offering a less expensive, safer and more efficient way to distribute electricity that can make buildings more affordable and flexible. Over time, that can make cities more affordable, sustainable, and adaptable as our needs change,” Dan Doctoroff, chairman and CEO of Sidewalk Labs said.

VoltServer currently offers DE for Mobile Radio Power, Power over Ethernet (PoE) Switch Power, Mobile Edge Compute Servers, High Speed Communications Power, Smart LED Lighting Power, UPS/Centralized Battery Backup, and DC Microgrid.

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VoltServer Digital Electricity™ Powers the "First Intelligent Building" in Texas

Farukh Aslam is a real estate developer in Fort Worth who is currently remodeling 3 Historic buildings in downtown Fort Worth. In late 2013 he bought the Sinclair Building, an art deco masterpiece built in 1929 and on the National Register of Historic Buildings, to redevelop it as a luxury Marriott Autograph Hotel. During this time Aslam was exploring low voltage LED lighting.

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VoltServer Digital Electricity™ Powers Convergence Operations

2018 will be a “moving year” for converged communications, digital transformation, and collapsing building management silos. Useful service and application outcomes will be delivered by orchestrating the actions of several previously disparate real estate building management, IT, and communications service provider systems.

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VoltServer in Connected Real Estate Magazine: Power that is Safe

When electricity stays within its designated circuit, power flowing along its expected path, amazing things happen. Electricity injects life into almost all of the modern conveniences we enjoy today. When electricity leaves its designated circuit, however, either through loose connections or an unsuspecting person touching an exposed wire, tragedies can happen. But what if the circuit was smart enough to stop the flow of electricity in the split second when dangerous amounts of electricity begin to escape?

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