Skip to content
MarketScale
‹ Back to IndustriesEnergy

Building Bridges in Energy: Collaborative Efforts Will Integrate Public and Private LTE Networks for Grid Modernization

Utilities are increasingly integrating public and private LTE networks to modernize the energy grid, combining telecommunications infrastructure with energy systems to improve resilience and reliability. Collaborative efforts between public and private sectors are central to enabling grid modernization at scale. This convergence of telecom and energy is seen as essential for meeting the growing demands placed on modern power infrastructure.

This story was produced through MarketScale. See how Energy teams put it to work with Customer Stories & Case Studies.

Promoted content from Experts Talk on MarketScale.

By Nick Tumilowicz · Experts Talk PodcastGrid ModernizationItronNick Tumilowicz
Share

Key takeaways

01

Blending public and private LTE networks is key to building a more resilient, modern energy grid.

02

Collaboration between telecommunications providers and utilities is driving grid modernization efforts.

03

Integrating telecom infrastructure with energy systems helps utilities meet increasing operational demands.

As the demand for more robust and resilient power grids intensifies, utilities increasingly combine public and private LTE networks. This strategic shift is essential for meeting the complex requirements of modern power grids and ensuring reliable energy distribution. The collaboration between telecommunications companies and utility providers is now more critical than ever to bridge the gap between these two types of networks, paving the way for significant advancements in grid modernization. The urgency of this integration stems from the need to enhance grid functionality and resilience against various challenges, such as climate change and growing urban populations.

The collaboration between telecommunications companies and utility providers is now more critical than ever to bridge the gap between these two types of networks, paving the way for significant advancements in grid modernization.

What does this mean for the future of energy distribution, and how can utilities effectively merge public and private LTE networks to achieve their modernization goals?

As part of an Experts Talk discussion on grid modernization, Nick Tumilowicz, the Director of Distributed Energy Management Products at Itron, addressed the importance of collaboration in integrating public and private LTE networks.

Tumilowicz offered a succinct exploration of the strategic integration of LTE networks within the utility sector. His insights emphasize the necessity of crafting a seamless operational framework that benefits all stakeholders involved in energy management.

Here are the key takeaways from his analysis:

  • Flexibility is Key: Utilities must embrace flexibility in adopting both public and private LTE to meet diverse operational demands and ensure service reliability
  • Building the Right Bridges: Developing effective partnerships between telecommunications and utilities is crucial. These collaborations are foundational in constructing the infrastructure needed for advanced grid modernization
  • Customer-Centric Benefits: The integration of these networks should focus on optimizing costs and improving service delivery, ultimately benefiting the end consumer
  • Long-Term Vision: While the integration process might be gradual, maintaining a long-term perspective is essential for achieving the desired outcomes in grid resilience and efficiency
  • Collaborative Efforts: The success of grid modernization heavily relies on the collective efforts and cooperation of all partners involved, from utility companies to telecom operators

Nick Tumilowicz is the Director of Distributed Energy Management Products at Itron.

Video TranscriptExpand ↓

You know, this concept of flexibility. So we do see utilities exploring, public and private LTE. As Charlie said, that that will take some time, so I think it's a matter of building the right bridge to get us there to optimize. So that way, you know, it's good for the customer. It's good for the utility, and, eventually, that'll be good for the end customer. So that way, costs, I think, are optimized along the way. When you build that bridge, you wanna make it effective to get to where you wanna be in the end. And I I think that's gonna be the real key to getting all these partners to collaborate together. So so I I think that that's how we're gonna be able to advance towards our goals.

Experts Talk

Part of this channel

Experts Talk

Industry experts debate the ideas that drive B2B decisions.

Visit the channel →

About the author

NT
Nick Tumilowicz

Energy: are you visible to AI?

Before they reach out, Energy buyers ask AI engines which vendors to trust. See how AI describes your company today, and where competitors show up instead.

Free workspace

You just read one expert. Imagine publishing your whole team.

This article was produced through MarketScale. Create a free workspace and turn your own team's expertise into articles, video, and social posts. No credit card, no demo required.

NPS +73 · 1,000+ creators · 38+ countries

What you get, free

Your own MarketScale Studio workspace
One video edit a month, on us
AI writing, editing, and publishing tools
In-platform coaching to learn the system

More Energy Insights

GE Vernova doubles down on nuclear, direct air capture, and grid AI at Aspen Ideas Festival

GE Vernova doubles down on nuclear, direct air capture, and grid AI at Aspen Ideas Festival

GE Vernova, at the Aspen Ideas Festival, spotlighted four breakthrough technologies that include small modular reactors and AI-driven grid tools. The company emphasizes its focus on nuclear, direct air capture, and advanced grid AI technologies. These innovations are part of GE Vernova's efforts to revolutionize the energy sector.

  • 01GE Vernova highlighted its focus on nuclear technology, direct air capture, and grid AI at the Aspen Ideas Festival.
  • 02The company presented four breakthrough technologies, aiming to innovate the energy sector.
  • 03Small modular reactors and AI-driven grid tools were among the technologies showcased.

Jul 3, 2026

Joulent Secures $1.75B Strategic Investment from National Grid to Accelerate Growth as Technology-Driven Energy Company Powering American Innovation

Joulent has secured a $1.75 billion investment from National Grid to enhance its capabilities as a technology-driven energy company. This partnership will bolster Joulent's ability to provide reliable, rapid, and large-scale power solutions. The investment aims to strengthen Joulent's position as a leader in American energy innovation.

  • 01Joulent receives a $1.75 billion strategic investment from National Grid.
  • 02The investment will accelerate Joulent's growth as a technology-driven energy company.
  • 03The partnership enhances Joulent's first-mover advantage in delivering power solutions.

Jul 1, 2026

Duke Energy’s nearly $1 billion investment with North Carolina suppliers strengthens U.S. supply chains

Duke Energy’s nearly $1 billion investment with North Carolina suppliers strengthens U.S. supply chains

Duke Energy invested nearly $1 billion with North Carolina-based suppliers as part of its $17.2 billion annual sourcing in 2025. The investment is largely U.S.-based, emphasizing the company's commitment to strengthening domestic supply chains. This move is part of Duke Energy's broader strategy to support local economies and enhance supply chain resilience.

  • 01Duke Energy invested nearly $1 billion with North Carolina suppliers in 2025.
  • 02The company's annual sourcing totals $17.2 billion, over 97% of which is U.S.-based.
  • 03The investment strengthens domestic supply chains and supports local economies.

Jun 30, 2026

Explore More Energy Insights

Read more expert perspectives from across Energy.

Browse Energy Hub