Beyond the Switch: What I’ve Learned About the People Who Keep the Lights On at Chartwell 2025

When I first stepped into the utility space two and a half years ago, I thought I had a decent understanding of how everything worked. You flip a switch, the light turns on, simple. But after spending real time with electric utilities, I quickly learned that “keeping the lights on” is one of the most complex, demanding, and under-appreciated jobs out there.

Behind every glowing lightbulb is an entire ecosystem of people, technology, and infrastructure working in perfect coordination. What looks effortless to the customer takes decades of expertise, constant vigilance, and thousands of small, invisible decisions happening every minute of every day.

The Process of Keeping the Lights On

Electricity’s journey starts long before it ever reaches your home.

Power generation begins at plants that use a range of energy sources:

Fossil fuels like coal or natural gas that create steam to spin turbines, reliable but heavy on emissions.
At Chartwell this year, I spoke with an operations leader from a major Southeastern utility who told me they still have natural-gas plants running turbines installed before he was born. He laughed about it, but he also said those older units are often the most reliable during peak demand days. What stuck with me was when he said, “Customers think outages are about poles and wires, but half the battle is making sure the generation side never hiccups.” It was a reminder that reliability doesn’t start in the neighborhood, it starts miles away at plants most customers will never see.

Nuclear power, where fission generates enormous amounts of heat to produce steam and drive turbines.
During one of the Chartwell breakout sessions, a nuclear fleet manager shared how their plant can run nearly uninterrupted for 18 months at a time. He joked that their biggest challenge isn’t producing power, it’s making sure the grid is ready to accept it. What stood out was when he said, “Nuclear operators lose sleep not over the reactor, but over the weather knocking out lines hundreds of miles downstream.” That perspective made me appreciate how every part of the system depends on the rest to function.

Renewable energy, including hydroelectric dams, solar farms, and wind turbines that convert natural forces into electricity.
I also met a CX leader from a Western utility who talked about the pressure they face with renewables. She explained how a sudden cloud bank rolling over their service territory can shift megawatts of solar production in seconds. The part that really hit home was when she said, “Customers don’t see the sky changing, they just see their lights flicker and wonder what’s wrong.” That’s when I realized how modern utilities are balancing both nature’s unpredictability and customers’ expectations without missing a beat.

Once generated, that power travels hundreds of miles through a high-voltage transmission system. Massive steel towers and substations step up voltage for efficiency, then step it down as electricity nears population centers.

From there, distribution networks, the poles, wires, and transformers we see in our neighborhoods,  deliver usable power to homes and businesses. Every transformer, switch, and meter represents part of a delicate balance between reliability and safety.

But even with this intricate system in place, the real challenge isn’t just delivering power, it’s balancing it. Grid operators must perfectly match supply and demand at every moment. Too little power and lights go out; too much and systems overload. This delicate dance happens through advanced forecasting, responsive power plants, and increasingly, renewable storage technologies like batteries and pumped hydro.

The Challenges Utilities Face

It’s easy to take electricity for granted until a storm, wildfire, or heat wave reminds us how fragile the system really is. Much of the U.S. grid was built decades ago and now needs modernization to meet the demands of electric vehicles, data centers, and growing populations.

Integrating renewables adds another layer of complexity, sunlight and wind don’t run on a schedule. Storage and new transmission lines are essential to keep renewable energy flowing where and when it’s needed.

On top of that, utilities are navigating new threats:

• Extreme weather damaging infrastructure faster than it can be replaced. 
• Cybersecurity risks targeting increasingly digital systems. 
• Customer expectations that demand real-time information and transparency during outages. 

Yet despite all of this, utilities show up, every day, in every condition, to do the work that keeps communities powered and connected.

What I’ve Learned at Chartwell 

The biggest thing I’ve learned is that utilities aren’t just in the business of electricity, they’re in the business of trust.

They’re made up of people who care deeply about their customers. They understand the frustration that comes when the lights go out, and they’re working tirelessly behind the scenes to restore not just power, but confidence.

I’ve had the privilege of seeing how much effort goes into that mission. From control room operators monitoring the grid in real time to line crews braving storms to restore service, to communicators racing to keep customers informed, it’s an entire ecosystem dedicated to service.

And that’s where technology can make the biggest difference. At DataCapable, we get to help utilities bridge that gap between operational complexity and customer clarity. Our tools turn data into communication, making it possible for customers to see what’s happening, where crews are working, and when they can expect restoration.

Because when people understand what’s happening, they’re more patient. When they feel informed, they feel seen. And when they feel seen, trust grows. That’s what this industry is truly about, not just powering homes, but powering relationships between utilities and their communities.

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About the Author: Justice Kreusch

Justice Kreusch is a leader in the utility industry, known for his ability to build trusted partnerships and deliver meaningful outcomes for electric, gas, water, and telecommunications providers. Justice's experience in customer engagement, account management, and strategic business development is critical in connecting utility teams with real-time technologies that improve visibility, communication, and emergency response. At DataCapable, Justice works directly with utilities to implement SaaS solutions that power outage intelligence, situational awareness, and customer transparency. He specializes in aligning operational goals with spatial technologies, helping clients make faster, smarter decisions during routine operations and crisis events. Justice also serves as a key representative of DataCapable at industry conferences, customer advisory panels, and innovation forums. His thought leadership helps shape the future of utility communications and technology integration. Justice is passionate about empowering utility providers to better serve their communities through modern, resilient, data-driven solutions. Currently at DataCapable, Justice partners with electric, gas, water, and telecom providers to enhance customer communication, emergency response, and operational visibility. Justice also plays a key role in DataCapable’s industry presence, contributing to conferences, customer panels, and collaborative initiatives that drive the future of utility technology.