Harris Meeting Room
Grand Ballroom A, B & C
Exhibitors in the Innovation Zone may begin move-in and booth setup during this time. All exhibitors are required to check in at registration upon arrival and must wear their badges at all times to ensure the security and integrity of the UBBA Summit & Plugfest.
Private
Brooklyn Village Room
The 2025 UBBA Summit & Plugfest will host the first-ever Women of UBBA special networking breakfast, an invitation-only event exclusively for women attending the Summit. Join us for a meaningful morning of connection, conversation, and inspiration as we spotlight the voices shaping the future of utility broadband.
Space is extremely limited, and additional registration is required to ensure an accurate headcount.
Bobbi Harris
UBBA
Bentina Terry
Southern Company
Anthony Vincent Bova
EdgeWork Method
Stacey Thompson
ADB Companies
Julie Turner
Duke Energy
Alice Moy-Gonzalez
Anterix
Promenade on Level 2
Grand Ballroom D
Join us for lunch on the opening day of the 2025 UBBA Summit & Plugfest!
Grand Ballroom D
Mr. Richard Donaldson, Vice President & Chief Information Officer of Duke Energy, will host the Opening Keynote for the 2025 UBBA Summit & Plugfest, in Charlotte, N.C.
As host utility for this year’s event, Duke Energy is setting the tone for a dynamic conversation around the future of utility innovation. Mr. Donaldson will be joined by Genevieve Burkindine and John Pressley to bring a powerful perspective on how digital transformation, artificial intelligence, and high-speed communications can help modernize operations.
Richard Donaldson
Duke Energy
Genevieve Burkindine
Duke Energy
John Pressley
Duke Energy
Track 1: "Start Your Engines"
As the demand for connectivity on the electric grid continues to rise due to increasing variable energy loads, the integration of DER, and the need to modernize grid infrastructure, utilities are turning to private broadband as the solution. Private broadband networks are poised to meet the high bandwidth and low latency requirements of new AI-enabled applications, including AMI 2.0, wildfire prevention, and DER integration, while continuing to support foundational applications such as field force communications and distribution and transmission automation.
Using real-world data from utility practitioners, this session will explore traffic projections and demonstrate how private LTE networks, and their evolution to 5G, can support utility capacity forecasts over the next 5-10 years and beyond. Members of the Anterix Active Ecosystem will also share baseline traffic scenarios including data requirements of the new generation of AI-driven grid applications.
Join us to learn how to plan and roadmap a private broadband network that supports today's use cases and tomorrow's applications, leveraging the 3GPP technology roadmap to evolve with utility needs.
Mike Brozek
Anterix
Gautam Talagery
Ericsson
Ron Brady
Xcel Energy
Spencer Burks
LCRA
Ali Shah
Nokia
Rob Butts
L3Harris
Track 2: "Green Flag! Let's Roll"
Imagine a utility network where every electric meter streams secure, high-resolution time series data. This session explores how private LTE/5G connectivity to every endpoint can create a continuous, system-wide data fabric—eliminating the need for separate sensors and revealing operational insights previously out of reach. Attendees will learn how pervasive, meter-level telemetry enables advanced analytics for grid optimization, outage detection, DER integration, and next-generation demand management.
Tom Wilson
Hubbell
David Rieken
Hubbell
Ray Bell
Aetheros
Track 3: "Victory Lane & Beyond"
The utility industry stands at a turning point—balancing today’s operational realities with tomorrow’s technology transformation. Join this fireside chat to hear how next-generation LTE and 5G are shaping a resilient, future-ready platform for the sector—enabling reliability, priority access, private networks, and edge innovation designed with utility needs at the core. We’ll explore some real use cases that are empowering utilities to modernize safely, reliably, and on their own terms.
Attendees will walk away with a clear understanding of how a future-ready network can enhance grid reliability, enable new applications, and provide confidence that the communications backbone of tomorrow is being built with utility priorities at the center.
Trey King
T-Mobile
Track 1: "Start Your Engines"
Learn from industry leaders supporting PLTE, Edge Compute and modern grid programs around the world.
As utilities accelerate Digital Infrastructure deployment programs, the challenge isn’t vision but execution. How do you align tower builds, edge hardware, RF design, and program delivery into a seamless rollout? This panel of experts will share how utilities can move faster, reduce friction, and build smarter - while keeping strategy in the driver’s seat.
Featuring
What you’ll take back to your team
Lead with your network strategy - then co‑develop solutions with your vendors to match it. Sitenna and its partners power utilities to move at grid-speed, with clarity and control.
Fergal Lawlor
Alpha Wireless
Scot Tinker
Hemphill Tower
Ross Kruchten
Electro Mechanical Industries
Daniel Campion
Sitenna
Track 2: "Green Flag! Let's Roll"
As digital transformation accelerates, AI-capable devices can support many use cases for utility grid communications networks. AI is poised to amplify operational efficiencies and performance across the grid, including proactive asset management, grid optimization and operations, fault detection, network anomaly detection and many more. As AI-edge capable devices rapidly expand, it's becoming increasingly important to understand new security threats and how to secure the data, devices and entire network. The landscape of emerging threats and attack surfaces for new edge AI-capable assets is rapidly evolving, and AI offers immense potential to develop innovative solutions that will proactively address these risks. Our panel of experts will discuss private network tools and techniques that improve security and reduce the risks of attacks across the end-to-end network. We'll review best practices for network segmentation, encryption, continuous monitoring, traffic inspection, and other security capabilities that should be adopted as part of a unified security strategy for mission critical AI-powered utility networks.
Mitch Rappard
Palo Alto Networks
Abhinay Sinai
Anterix
Mitesh Parikh
GE Vernova
Track 3: "Victory Lane & Beyond"
UBBA has made significant strides in advancing pLTE networking for AMI 2.0, DERMS, and utility consumer engagement, as showcased in the 2024 Plugfest and Working Group efforts. To further enhance these applications, this session will explore the key role of a robust and distributed edge computing framework. We will discuss critical considerations for deploying edge computing solutions that seamlessly complement utility private LTE network architectures and use cases, enabling scalable and efficient outcomes.
Jan Forslow
Itron
Oleg Pachkovets
Itron
Carson Zerpa
Itron
Track 1: "Start Your Engines"
Every utility professional has faced it, delivering critical information that fails to move others to act. The issue isn’t clarity or expertise; it’s the unseen Technical Communication Blindspot that turns urgency into action. Utilities run on precision, but communication runs on connection. Anthony Vincent Bova’s blueprinting method repairs the gap, rebuilding how experts connect, influence, and drive results.
In this session, Bova will reveal his proven framework that Fortune 500 leaders, engineers, and scientists have called “the missing link.” Drawing on his over three decades of experience training executives and actors alike, he will equip engineers and leaders with a blueprint to translate technical precision into human connection producing communication that commands trust, clarity, and immediate action.
Anthony Vincent Bova
EdgeWork Method
Track 2: "Green Flag! Let's Roll"
This session highlights one utility’s journey to justify Private LTE (PLTE) as a cornerstone of its next-generation Field Area Network (FAN) strategy. The utility will share its considerations of NB-IoT and proprietary point-to-multipoint network options as well as their approach to assessing technical capabilities, PLTE knowledge gaps, cost-effectiveness, and alignment with long-term grid modernization goals.
Jeff Livingston
Salt River Project
Mike Waitley
GE Vernova
Sergio Jimenez
Salt River Project
Track 3: "Victory Lane & Beyond"
Utility smart grid applications should be built on a network fabric that securely and intelligently manages the seams between multiple networks—Private Wireless, Public 5G, Fiber assets, and Satellite. The future of the grid doesn't depend on a single network; it depends on autonomous intelligence that can orchestrate all of them. The modern grid requires a transformational network philosophy. Unlike traditional networks, a fabric provides high-priority paths and redundancy for efficient, mission-critical applications by utilizing a scalable network topology and enabling automated management. This design simplifies network adaptability and management while increasing overall network performance and reliability.
Let our speakers demonstrate how the Autonomous Network Fabric can deliver unparalleled security, intelligence, and resilience for your operational communication networks by processing data at the edge of the interconnected networks, leveraging network-based and local device APIs for application-defined network switching, setting application-based priority, and providing zero-touch capability to manage the load and scale on demand.
John Sangem
Verizon Business Group
Grand Ballroom A, B & C
Join industry leaders, potential partners, and technology providers for our 2025 Summit & Plugfest Welcome Reception!
Grand Ballroom D
Join us for breakfast to kick off Day 2 of the 2025 UBBA Summit & Plugfest!
Bobbi Harris
UBBA
Track 1: "Start Your Engines"
As utilities rapidly expand wireless broadband networks to support grid modernization and critical communications, many are also undertaking large-scale fiber builds to provide the necessary backbone. This session offers a valuable perspective for UBBA Summit & Plugfest attendees by highlighting how disciplined project management can accelerate fiber deployment - a foundational element for successful private LTE and broadband strategies.
In 2021, a major electric utility's 275-mile Fiber Build Initiative (FBI) faced significant challenges; delayed engineering, stalled projects due to budget constraints, and an inefficient delivery model across 45 active projects. This case study shares how the program was turned around through the implementation of a performance-driven Project Management Office (PMO).
Utility professionals will learn how key changes - such as streamlined project workflows, optimized scheduling with Primavera P6, strategic vendor realignment, and stronger cross-functional coordination - helped regain momentum and improve delivery outcomes.
Project highlights we will share include:
Construction of 11.7 fiber miles in 2023, with 25.7 miles planned for 2024 and 40+ for 2025
Ten projects at 90% design, delivered ahead of schedule
A new risk-aware forecasting model that improved budget alignment and billing accuracy
Attendees will gain practical insights directly from the on-site project team into PMO strategies that drive results - from managing complex stakeholder environments to applying financial discipline - applicable to any utility scaling broadband or communications infrastructure.
Sharelynn Moore
4Liberty
Track 2: "Green Flag! Let's Roll"
The presentation will cover the lessons from Xcel Energy rollout including: Subscriber provisioning; SIM/OTA for SIM profile management; PKI infrastructure to enable automatic device configurations and deployments.
Ron Brady
Xcel Energy
Ron Griffith
Xcel Energy
Krishna Palaniswamy
Nokia
Track 3: "Victory Lane & Beyond"
Utility service territories and county boundaries were developed independently. As utilities build pLTE networks, spectrum is licensed by county. Utility service territories do not follow county lines - sometimes crossing them, others not reaching them. This introduces several situations that need be addressed when neighboring utilities plan and build their networks. There is border sharing, county overlap driving build out requirements to be considered. These issues have all been resolved technically by wireless carriers. This is another benefit of using a global standard. No matter what the situation, it has occurred somewhere in the world and solved technically. This discussion is focused on the business solutions that allow multiple utility pLTE networks to coexist. I’m honored to have three utility customers on stage to discuss this topic.
Mike Brozek
Anterix
Jason Ervin
LCRA
Wendall Reimer
Xcel Energy
Track 1: "Start Your Engines"
The China-sponsored cyber threat group Volt Typhoon, first identified by Microsoft in May 2023 and later confirmed by U.S. agencies (CISA, NSA, and FBI) in early 2024, poses a serious risk to U.S. critical infrastructure. Targeting Operational Technology (OT) and communications networks, the group infiltrates sectors such as Energy, Transportation, and Water Systems. Using “Living Off the Land” (LOTL) techniques, Volt Typhoon evades traditional malware detection by leveraging native system tools, enabling stealthy, persistent access that could facilitate disruptive cyberattacks in future geopolitical conflicts. Beyond traditional IT systems, Volt Typhoon also threatens private cellular networks, particularly those used by utilities for critical communications. Despite security measures at the transport layer, vulnerabilities persist in network cores relying on standard computing platforms. Mitigating these risks requires advanced endpoint detection, anomaly-based monitoring, and strict access controls. This session features a former U.S. government national security officer with experience leading the Department of Energy’s Cyber Intelligence mission and an industry expert with over 30 years of experience in wireless carrier strategy and utility network planning. Attendees will gain insights into the evolving cyber-physical threat landscape and practical strategies for securing communications networks and private cellular infrastructure against emerging threats.
Mat Eshpeter
Burns & McDonnell
Victor Atkins
1898 & Co.
Adam Spratt
Southern Company
Track 2: "Green Flag! Let's Roll"
Duke Energy anticipates significant growth in the deployment of cellular connected devices over the next 20 years, necessitating the need for cost containment and process improvements in activation and management of these devices. Utilizing a single programmable SIM card with multiple carrier profiles will offer scalable, cost-effective connectivity options. Partnerships across cellular carrier offerings will deliver the greatest value of a multi-carrier SIM card approach.
John Kuklinski
Duke Energy
Juan Macias
Duke Energy
Track 3: "Victory Lane & Beyond"
With the growing adoption of private LTE networks, utility companies face challenges in scaling operations while ensuring robust security. This session explores integrating Zero Trust Network Access (ZTNA) and Zero Touch ZTNA (ZT-ZTNA) to enhance security and agility. Join speakers as they discuss leveraging ZTNA technologies to prevent unauthorized access, automate device onboarding, and ensure comprehensive network visibility. Discover how utilities can manage a growing number of devices with robust security and visibility, ultimately delivering better service to millions of customers, ensuring uninterrupted service, and fulfilling the potential of strategic sustainability transformation plans for customers and stakeholders.
Avishag Daniely
OneLayer
Spencer Burks
LCRA
Track 1: "Start Your Engines"
FCC Update and overview of the contract negotiation process to acquire spectrum for PLTE, regulatory considerations.
David Rines
Lerman Senter
Kevin Cookler
Lerman Senter
Track 2: "Green Flag! Let's Roll"
Optimizations needed on devices and network to enable failover from private to public network and fallback to private network – AWAITING Ericsson speaker decision.
Spencer Burks
LCRA
Michael Carey
Ericsson
Track 3: "Victory Lane & Beyond"
As NASCAR transformed racing through real-time telemetry, data analytics, and dedicated wireless networks, utilities are at the starting line of a similar transformation. This session explores how private wireless broadband can advance safety, performance, operational intelligence, and customer experience for the energy grid. Hear from industry innovators as they draw perspective from NASCAR’s experience and explore how private wireless broadband can drive collaboration, integration, and innovation—helping the entire industry accelerate toward a smarter, safer, and more resilient grid.
Steve Ryan
Anterix
Jon Conway
Burns & McDonnell
Mitesh Parikh
GE Vernova
Track 1: "Start Your Engines"
Join Anterix in this discussion about the recent developments in the 900 MHz band, ongoing regulatory efforts, and the broader technology ecosystem supporting these networks — including advances in the 5x5 proceeding, 3GPP standards, device readiness, and integrated solutions.
Attendees will gain insight into how Anterix’s integrated approach — combining spectrum access, technology standards, and strong industry partnerships — enables utilities to design and operate private broadband networks that meet today’s operational demands and are ready to support the grid of the future.
Carlos L'Abbate
Anterix
Chris Guttman-McCabe
Anterix
Track 2: "Green Flag! Let's Roll"
Join ADB and a leading U.S. utility for a candid discussion on deploying Private LTE networks at scale. This session explores how both teams tackled deployment challenges — from spectrum planning to field execution — and what it really takes to accelerate time-to-launch in complex utility environments. Walk away with practical insights, strategic lessons, and a clear view of Private LTE’s role in grid modernization.
Mike Binder
ADB
Shawn McLard
ADB
Roger Vance
ADB
Ron Griffith
Xcel Energy
Track 3: "Victory Lane & Beyond"
The rapid adoption of Private LTE (PLTE) networks in electric utilities creates the need for Network Operations Center (NOC) transformation. Most utilities also are adopting new User Equipment (UE) devices which also introduces changes in the NOCs. This presentation explores the imperative for upgrading NOC infrastructure, supporting the integration of Core, Radio Access Network (RAN), and UE Network Management Systems (NMS).
Rather than piecemeal the new additions, utilities can take the opportunity to transform their NOC capabilities. For many, it will include a transition from traditional dispatch-only to also include proactive first-tier troubleshooting. This presentation makes recommendations toward emphasizing strategic starting points, prioritizing low-hanging fruit for quick wins, cautioning against situations that can lead to solution lock-in, and maintaining focus on long-term objectives. By embracing this modernization, utilities can achieve resilient, efficient operations, positioning them for future innovations in grid management
Mike Robinson
World Wide Technology
Matthew Nezat
World Wide Technology
Track 1: "Start Your Engines"
As utilities modernize their grid operations, the DOE Funded “STAR TREC” project: Secure Telecommunications Architecture for Trusted and Resilient Electric Communications, provides a strategic framework for transitioning from legacy telecommunications systems to secure, standards-based private LTE and 5G networks. In this session, Matt Wakefield (EPRI) and Jeremy Haynes (Anterix) will share insights from the STAR TREC initiative, including the development of a comprehensive roadmap to guide utilities through this transformation. The presentation will highlight how private LTE enables advanced cybersecurity capabilities, supports Zero Trust Architecture, and enhances resilience across utility operations. Attendees will also learn about the project’s lab and field demonstrations, which showcase real-world applications of secure private LTE networks for utility communications.
Matt Wakefield
EPRI
Track 2: "Green Flag! Let's Roll"
Building a private LTE wireless network that can handle high data rates usually means adding more sites—which can drive up cost and complexity. A smarter approach is to initially design the network to deliver just the right amount of bandwidth required for electric power grid applications while planning for expansion in the future as the need arises. The design tool for this job is an Automatic Cell Planner (ACP) that can automatically balance coverage and capacity. In this presentation, we’ll walk through how to use an ACP to design a wireless network that meets current and future needs. Southern California Edison will share its real-world experience and some valuable lessons learned along the way in designing its own private LTE network.
John Toone
Forsk
Patrick Nolan
Southern California Edison
Track 3: "Victory Lane & Beyond"
Join us for an engaging fireside chat focused on strengthening your business case for private LTE (pLTE) through the strategic use of field trials. This session will delve into valuable lessons learned from successful utility field trials offering you practical insights to apply to your own initiatives. Our experts will guide you through a roadmap for planning and executing your own field trials, ensuring you maximize the potential of pLTE for your organization. Whether you're just starting out or looking to refine your approach, this session will provide the tools and knowledge you need to drive innovation and success. Don't miss this opportunity to learn from real-world experiences and set the stage for your pLTE journey.
Kelley Greer
Southern Linc
Kathy Nelson
KN Utility Telecom Consulting
Kymberly Traylor
Blue Wave Technology Consulting
David Woodham
Southern Linc
Grand Ballroom D
The pace of private LTE adoption hasn’t kept up with the urgency of today’s grid—but that can change. This session shifts the lens from what’s stalling progress to how we regain momentum and build enterprise-wide impact. What’s needed to fast-track decision-making and drive action? We’ll use utility insights gathered in advance to spotlight shared challenges, spark bold ideas, and drive forward-looking discussion—with the connectivity foundation to support them.
Chris Guttman-McCabe
Anterix
Grand Ballroom A, B & C
The 2025 Innovation Zone will change the way you engage with technology providers. Connect with peers and gain unparalleled access to industry leaders as only UBBA can bring!
Harris Meeting Room
Live testing is back this year! Join us for demos and discussions at this year's UBBA Plugfest.
This year the All-Attendee Dinner Party will be held at the legendary NASCAR Hall of Fame! The Hall of Fame will be all UBBA all evening with complete access to the historical exhibits, legendary gear, and yes, simulators!
The NASCAR Hall of Fame is just a short walk from the Westin and is located at: 400 East Martin Luther King Jr Blvd. Charlotte, NC 28202
BADGES MUST BE WORN AT ALL TIMES
Bobbi Harris
UBBA
Grand Ballroom D
Join us for breakfast and the Utility Broadband Alliance Annual Board Readout.
Track 1: "Start Your Engines"
This panel from across the utility ecosystem comes together to discuss the transformative potential of pLTE enabled by 800 MHz Band 26 spectrum to achieve grid resilience and total grid orchestration, including:
Alan McIntyre
Southern Linc
Ravindra Dongre
Ericsson
David Hulinsky
Black & Veatch
Track 2: "Green Flag! Let's Roll"
Join us for an insightful session on TECO's PLTE journey, where we'll look into some valuable lessons learned, the strategies that have proven successful, and the areas we would recommend others take a different approach to achieve even greater success. We'll examine the critical decision points as TECO prepared to "go live," and the knowledge and skills TECO needed for a successful deployment. From system design through the sequence of approach, we would like to share some lessons from the project to help others on their path to a utility-grade LTE/5G network.
Bruce Albright
Burns & McDonnell
Jeff Ogden
TECO
Track 3: "Victory Lane & Beyond"
This session focuses on the impact to PLTE capacity dimensioning as utilities evolve from AMI 1.0 to AMI 2.0, examining key use cases and considerations for utilities adopting advanced metering infrastructure. Join Nokia and SCE for insights on the need for Open Standards for AMI. Transitioning from mesh only to direct-to-meter/mesh hyrbrid approach: Why this shift is significant and where direct-to-meter is effective? Supporting AMI traffic with evolving technologies: Evaluating the impact of NB-IoT, CAT-M, and LTE on bandwidth utilization and network performance. How bandwidths of 3MHz & 5MHz can cater to the various AMI 2.0 use cases.
Patrick Nolan
Southern California Edison
Ali Shah
Nokia
Greg Piske
Nokia
Francisco Mera
Nokia
Track 1: "Start Your Engines"
Many utilities are rethinking their Field Area Network strategies. Several have taken steps to build Private-LTE. Cat-M is shaping up to be a lead contender to transition between 4G and 5G. SGP.32 emerged changing the SIM landscape. SDWAN is now being deployed in OT environments and SDFAN might be next. Or will it be SSE?
Sean Chambers of Avista and Mike Robinson of World Wide Technology address some of the key issues utilities are facing in their FAN environment.
Sean Chambers
Avista
Mike Robinson
World Wide Technology
Track 2: "Green Flag! Let's Roll"
Discover key insights from the Lower Colorado River Authority’s (LCRA) journey deploying and operating a private LTE (PLTE) network in collaboration with Ericsson. This session will explore the challenges, successes, and best practices that emerged during implementation—covering topics such as network design, integration, performance optimization, and operational support. Attendees will gain practical takeaways to guide their own PLTE strategies for enhanced grid reliability, security, and field connectivity.
Callan Kirschner
Ericsson
Bobby Saddler
LCRA
Track 3: "Victory Lane & Beyond"
This presentation will review strategies for connecting DER assets behind the meter for a set of Low Voltage DERMS use cases. A variety of connectivity methods will be assessed, including cloud-to-cloud, direct cellular and Wi-Fi behind-the-meter communications. For each connectivity alternative, we will describe applicability to run industry standard application protocols such as OpenADR 2.0b, IEEE 2030.5, OCPP (Open Charge Point Protocol), DNP3 and ICCP (Inter-Control Center Communications Protocol). The session will be supported by Itron as a DERMS vendor, and we will use their IntelliFLEX platform and 20-year experience of delivering customer programs in North America for some real-world examples.
Jan Forslow
Itron
John Sala
Duquesne Light Company
Track 1: "Start Your Engines"
Utilities are now looking to expand use cases for their investments in private LTE and are starting to deploy devices such as sensors and lighting controls. The panel will explore the use cases, benefits of leveraging private LTE networks, and challenges working with OEMs.
Joe Walsh
Heddian
Roc Carter
PG&E
Brian Lee
Heddian
Elaine Allyn
SDG&E
Track 2: "Green Flag! Let's Roll"
As grid modernization efforts ramp up, the value of automated network device deployment will quickly become apparent. When deployment efforts were limited to small numbers of endpoints, the inefficiency of manual modem/network element deployment methods may have been tolerable. But as grid modernization efforts drive up the count of grid sensors and control points, the manual effort associated with deploying communication devices will force a change in where and how this work gets done. There are at least three individual components requiring provisioning to get one modem deployed to serve a utility use case. Utilities have made substantial investments in their asset management systems and appear to be a wise choice to be the focal point of automating these transactions. By centralizing the control of the automated provisioning steps, utilities can leverage their existing asset management investments and related operational processes while achieving automated provisioning for all PLTE devices. This presentation will provide background information about novel provisioning architecture concepts and first-hand knowledge from Evergy to support utility client’s private LTE device deployments.
Daniel Allnutt
Burns & McDonnell
Mat Eshpeter
Burns & McDonnell
Track 3: "Victory Lane & Beyond"
Jimi Conway
ComEd
Mar Tarres
Anterix
Christopher Molineaux
Hawaiian Electric
Richard Lam
Southern California Edison
Elaine Allyn
SDG&E
Track 1: "Start Your Engines"
Utilities are increasingly relying on broadband communications to unlock the full potential of Distributed Energy Resources (DERs). With the dynamic nature of today’s distribution grid, communication and operational systems need to be equally dynamic (and fast!).
This panel will explore how broadband-enabled monitoring and control make it possible to “call upon” DERs in real time, strengthening grid resiliency, ensuring power quality, and responsive operational capabilities across the entire system.
This panel features the work of a sponsoring utility, a technical team at UNC Charlotte, and a NC start-up (Scenergy, LLC) to commercialize a power quality device that can be “called upon” to assist grid operators and sensitive load customers in providing uninterrupted power with ancillary services. Panelists will highlight innovative device-level solutions that safeguard operations while optimizing DER performance, offering new opportunities for utilities at the intersection of broadband and the grid edge.
Jason Groenewold
Scenergy, LLC
Sukumar Kamalasadan
University of North Carolina at Charlotte
Track 2: "Green Flag! Let's Roll"
Join our panel discussion on the drivers behind utilities adopting Private LTE (PLTE) for communications, including the need for enhanced distribution communications, low-latency automation, and mission-critical push-to-talk. With the rise of private LTE and 5G, utilities can now deploy custom cellular networks tailored to their needs. We'll explore how utilities are developing the skills to design, deploy, and operate these networks, often relying on OEM vendors for support. The discussion will highlight the niche expertise required in both utility communications and cellular technologies, as well as the importance of network routing, security, and backhaul design. Discover how utilities are customizing their deployments to ensure reliability, resiliency, and security. This session will feature insights from utility companies currently deploying private cellular networks, sharing their experiences and lessons learned.
Ram Swaminathan
Burns & McDonnell
Spencer Burks
LCRA
Jeff Ogden
TECO
Track 1: "Start Your Engines"
The AVEVA PI System, with its robust network communications, enables seamless data collection and real-time monitoring from thousands of end devices, ensuring comprehensive visibility and control over industrial operations. This connectivity facilitates enhanced decision-making, predictive maintenance, and optimized performance across the enterprise. All Metering Reading (Headend) systems collect interval + scalar usage and meter events/alerts across various types of network communications, enabling the use of AMI data for enhanced operational efficiencies beyond the collection of usage for billing customers. This AMI meter and related network device connectivity facilitates enhanced identification of problem meters and industrial routers and enhances Outage Management power out and power restoration validation processes.
Brad Doyle
Duke Energy
Ryan Sullivan
Duke Energy
Track 2: "Green Flag! Let's Roll"
Join industry leaders from Nokia and SCE as they share invaluable insights into the complexities of RAN Site Development, turning development challenges into site readiness. This session will delve into key strategies and best practices for utilities exploring the adoption of Private Wireless Networks, focusing on: Leveraging existing infrastructure while preparing for future advancements; Streamlining site designs to address power requirements, transmission needs, and optimal tower space utilization. Building a precise digital twin inventory for enhanced site design and configuration accuracy.
Carel Bekker
NOKIA
Sopheap Srun
Southern California Edison
Grand Ballroom D
Black & Veatch is partnering with utilities to build compelling cases for 800 MHz spectrum with leading results. Private LTE and 5G networks powered by this low-band spectrum deliver unmatched bandwidth, capacity and scalability—connecting millions of devices with fewer sites and significantly lower infrastructure costs. Backed by real-world scenarios and financial modeling, results show compelling technical and economic advantages for utilities modernizing their grid communications. Join us to explore the business cases showing how 800 MHz Band 26 is unlocking resilient, secure, and future-ready networks.
Grand Ballroom A, B & C
The 2025 Innovation Zone will change the way you engage with technology providers. Connect with peers and gain unparalleled access to industry leaders as only UBBA can bring!
Harris Meeting Room
Live testing is back this year! Join us for demos and discussions at this year's UBBA Plugfest.
Grand Ballroom A, B & C
Join us in the Innovation Zone for the 2025 UBBA Summit & Plugfest Race Game prize drawings and closing happy hour!
Bobbi Harris
UBBA