Simple Thread

At a recent elementary school concert, the final surprise was a dance party for parents and kids. Only a few families joined. It was a small moment that says a lot about how we interact today. In a world full of screens and constant performance, we sometimes hesitate to fully show up, even for simple moments of connection. But research shows something interesting. Moving in rhythm with others builds trust, strengthens bonds, and creates a sense of shared identity. Sometimes the best way to connect isn’t through conversation. Sometimes it’s just getting up and dancing. Worth the quick read: https://lnkd.in/eEbfPnJC

We’re excited to be a Silver Sponsor at the upcoming NASPI Work Group Meeting and Vendor Show this April in Chicago. NASPI brings together the people pushing synchronized measurement forward, from utilities and ISOs to researchers and technology partners. It’s where real conversations happen about how we turn high-resolution data into better operational decisions. We’ll also be giving a flash talk on how teams are using measurement data to move faster from event detection to insight. If you’re attending, come find us. We’d love to connect.

ERCOT has 225 GW of large load requests in its queue. Peak demand is 85.5 GW. The scale is staggering. But the real challenge is this: the rules for connecting that load are still being written, and the tools used to study it were built for a different kind of grid. Planning teams are being asked to move faster, study more, and make decisions in the middle of regulatory uncertainty. At the same time, new types of load like AI data centers don’t behave the way traditional models expect. That gap between how the grid is studied and how it actually behaves is where risk shows up. The teams doing this work aren’t waiting for perfect rules. They’re adapting in real time, rethinking study processes, and pushing for better ways to model what’s coming next. The grid was built for loads that stand still. The next chapter belongs to the teams figuring out how to plan for the ones that don’t. https://lnkd.in/evJb358T

Modern grids are generating more data than ever before. PMUs stream measurements up to 60 times per second, across fleets that may include hundreds or thousands of generators. Add in growing numbers of inverter-based resources and frequent disturbances, and the scale quickly becomes overwhelming. Traditionally, engineers had to manually isolate events, gather data, and compare simulations with measurements. That process works for individual investigations. It doesn’t scale for continuous monitoring. New approaches are emerging that turn high-resolution measurement data into automated insights about generator performance and grid response. That shift could dramatically change how balancing authorities monitor reliability. https://lnkd.in/eiEqSziD

The people planning and operating our electric grid are being asked to do more than ever. More interconnection requests. More data. More complex studies. More pressure to move faster without compromising reliability. The engineers and planners working on these problems already have the expertise. What they often lack are the tools and systems that scale with the complexity of the modern grid. That’s where we try to help. Our Energy Technology team brings together people who have worked inside utilities, national labs, and clean energy startups. We’ve run the studies, built the models, and experienced the frustrations of broken workflows and disconnected data firsthand. Our goal is simple: build practical software and systems that help utility teams do what they already do best, just faster, with better visibility and confidence. Because the real heroes pushing the grid forward are the people doing the work every day.

Perfectionism gets a bad reputation at work. It’s the classic interview answer to “What’s your biggest weakness?” But for many of us, it’s actually real. A recent blog from our team explores different types of perfectionists and why that mindset can be both frustrating and powerful. The same drive that makes us overthink our work is often the reason we care enough to make it better. Sometimes the challenge isn’t fixing perfectionism. It’s learning how to work with it. If you’ve ever felt like perfect is the enemy of good, this one will probably resonate. Read the post: https://lnkd.in/e6ZRwsQU

Grid reliability ultimately comes down to two things: frequency and voltage staying within tight limits. When a disturbance hits, generators are expected to respond automatically. Governors adjust active power to stabilize frequency. Exciters and controls support voltage through reactive power. These responses often happen within seconds. But verifying whether hundreds of generators actually performed as expected is much harder. Historically, that analysis has been manual and time-consuming. As the grid evolves, many teams are moving toward measurement-driven monitoring that can evaluate generator performance automatically across entire fleets. We recently wrote about how this shift is changing generator performance monitoring. https://lnkd.in/eiEqSziD

Most grid planning teams are still using an old playbook for a load profile that no longer fits. That gap is getting expensive. When large load requests move faster than the rules and tariffs meant to govern them, reliability risk stops being theoretical. FERC is about to step into load interconnection in a way it never has before, just as utilities and grid operators are being pushed past the limits of existing interconnection processes. The real problem is not just volume. It is what happens when a new class of load moves faster than the rules and assumptions used to connect it. If your team is studying, queuing, or connecting large loads right now, this is worth your time.

Last week at Energy Tech, we were reminded how many people across the industry are working on the same challenge: how to make the grid move faster without sacrificing reliability. The volume of interconnection requests, new generation, and large loads is unlike anything utilities have dealt with before. But many of the workflows supporting those studies still rely on manual data prep, spreadsheets, and models that take weeks to assemble. That gap is where a lot of innovation is happening right now. The common thread was this: the industry isn’t short on expertise. What we’re trying to build are better systems that let engineers apply that expertise at scale. Energy Tech made it clear that a lot of teams are pushing in that direction. Curious to see where the next few years take us.

Friday thought for anyone staring at a long to-do list today. Big projects rarely get finished in one heroic push. They move forward in small steps that stack up over time. In a recent post on our blog, Dylan Noel shares a simple approach that helps him stay focused when work starts to feel overwhelming: Set realistic goals. Break large projects into smaller tasks. Focus on one thing at a time. And take a moment to recognize progress along the way. It’s easy to focus only on what’s left to do. But celebrating small wins can make a big difference in staying motivated and moving work forward. A good reminder heading into the weekend. Read the full post: https://lnkd.in/ejFHxmkV