Why are utilities prioritizing bandwidth optimization right now?

The rapid growth of electric vehicles and distributed renewable energy sources is generating far more data traffic across utility networks than legacy systems were designed to handle. Utilities must optimize bandwidth to maintain reliable grid operations, real-time monitoring, and communication between grid assets.

How does bandwidth optimization relate to grid modernization?

As utilities modernize their grids, they are integrating more sensors, smart meters, and automated controls that all depend on reliable data transmission. Bandwidth optimization ensures that this data can flow efficiently without bottlenecks that could compromise grid stability or operational visibility.

What challenges do utilities face in network integration?

Utilities must balance aging communication infrastructure with the demands of new distributed energy resources and EV charging loads. Coordinating data from a growing number of endpoints while managing latency, reliability, and cybersecurity adds significant complexity to network integration efforts.

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Energy

Utility Industry is Prioritizing Bandwidth Optimization as Part of Network Integration Efforts

As power grids face mounting pressure from EVs and renewables, utilities are discovering that efficient data management is becoming as critical as the infrastru

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

By Nick Tumilowicz · May 8, 2024, 4:15 PM UTCBandwidth OptimizationCharlie NoblesEnergyExperts Talk

Key takeaways

EV adoption and renewable energy growth are placing significant strain on utility network bandwidth and data infrastructure.

Bandwidth optimization is becoming a core component of utility network integration strategies, not just a secondary concern.

Efficient data management is now considered as critical as physical grid infrastructure for modern utilities.

With the utility industry gradually changing, a significant focus has been placed on modernizing the energy grid to accommodate more sophisticated data capture and sharing capabilities. This shift is driven by the need to optimize bandwidth and improve the efficiency and reliability of power delivery, especially in light of increasing demands such as electric vehicles (EVs) and renewable energy sources. But a sense of urgency looms since successful integration of these technologies directly impacts service quality and sustainability efforts.

But what does this modernization really entail, and how are utilities and their partners tackling the challenges and opportunities it presents?

Bringing some clarity to this question for a segment of Experts Talk to highlight some concerns about today's energy grid are experts Nick Tumilowicz, Director of Product Management at Itron and Charlie Nobles, Vice President of Utilities Business Development at Ubicquia, Inc. The two examined the industry's current state and future directions.

They looked into network solutions for grid modernization when it comes to how utilities manage and optimize data bandwidth to handle new loads and data-intensive applications, such as distributed intelligence and grid edge compute.

Here are five of the their main takeaways from their discussion:

Each utility has unique needs and challenges, requiring tailored approaches to grid modernization that consider specific use cases and customer impacts.
Modern AMI systems utilize sub one gigahertz mesh networks not only for meter reading but also for supporting distributed intelligence, enhancing grid responsiveness.
New technologies enable the capture of detailed data at second or subsecond intervals, allowing utilities to quickly assess and respond to issues as they occur, thus protecting critical infrastructure like transformers.
Despite limitations in current infrastructure, effective management of data transmission bandwidth is crucial, particularly for handling high-frequency data necessary for immediate operational decisions.
The discussion highlighted ongoing challenges such as managing unplanned EV loads and environmental factors, suggesting a need for further in-depth discussions to explore comprehensive solutions.

Tumilowicz and Nobles detail how complex the landscape of grid modernization is, providing a clearer understanding of how utilities can navigate these changes effectively.

Video TranscriptExpand ↓

So, Daniel, I wanna come back to the question that you had asked about where are we in the industry today and in response, to, I think, Charlie's comments. It's really important that we look at this from, like, a a customer utility by utility, perspective and look at it even one level deeper use case perspective. And it's important to share that with all of you in the audience today that we aren't using sub one gigahertz mesh networks today for AMI, next generation AMI. Some people call it distributed intelligence as we do. Some people call it grid edge compute. And we do have the ability to, at a second and a subsecond, interval, be able to capture events, understand what the impact is of each and every facility that we're talking to and reporting from today on this call and how it impacts that secondary transformer that's that we share with our neighbors. So it's very, very important that we have even down to waveform capture event based. And that's that's true. That pipe is not big enough to capture, you know, thirty four kilohertz type type, you know, samples, but it's there onboard to be able to, by exception, send it to the grid operator to say, wow. We should really be careful. Something's happening here. We need to protect that transformer before another EV plugs in. And so that's something that's actually happening today for, for dozens of utilities across the country with the existing infrastructure in place. It's all about bandwidth optimization. Right. Sure. I agree. And, to be honest with you, Daniel, I think we need to have around two. We didn't even really get started. I think there's the whole, Nick mentioned the whole EV unplanned load, challenge to the utilities. There's environmental concerns, storms, weather, growth. There's so many other aspects we could, have veered into and spent more than thirty minutes each

About the author

Nick Tumilowicz

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