Smart Wires Inc.

We love seeing this full circle moment! Twelve years after the first pilot project, it’s incredible to see how far this collaboration has come. Huge thanks to Elizabeth Chase Battaglio and Franchesca Aponte for showcasing our joint project with Southern Company at the ESIG (Energy Systems Integration Group) Spring Workshop — and for continuing to push the boundaries of what’s possible with SmartValve’s advanced power flow control. #SmartValve #PowerFlowControl #TransmissionPlanning #ESIG

A power flow control solution is only as good as its ability to keep up with the grid. Phase-Shifting Transformers take at least five years to deploy, require significant substation space, and rely on slow mechanical tap changes. That’s why utilities worldwide are shifting to SmartValve, the most widely deployed APFC solution, with installations across North America, Europe, Latin America, and Australia. SmartValve is installed in 12 to 18 months, delivers real-time control, and can be expanded as the grid evolves. Utilities looking for faster, more adaptable solutions are making the switch. #GridEnhancingTech #SmartGrid #PowerFlowControl

Power flow control has evolved, and so has the technology behind it. For years, utilities relied on solutions like Fixed Series Capacitors and Phase-Shifting Transformers to manage power flows, but these legacy technologies come with high costs, long deployment timelines, and limited flexibility. SmartValve, a widely deployed Advanced Power Flow Control (APFC) solution, is changing that. It has been used by leading utilities across four continents to dynamically optimize grid performance, enabling nearly 4 GW of transmission capacity. Unlike traditional solutions, SmartValve can be deployed in just 12 to 18 months, is modular and scalable, and provides real-time, dynamic power flow control. The grid is changing fast, and the technology that supports it needs to keep up. How do you see power flow control evolving? #GridEnhancingTech #SmartGrid #PowerFlowControl

What if you could instantly reroute power to avoid grid bottlenecks? That’s exactly what Advanced Power Flow Control (APFC) does. By dynamically adjusting transmission line reactance, APFC helps: ⚡ Reduce overload risks by balancing power flows ⚡ Unlock capacity on existing lines without major upgrades ⚡ Keep the grid flexible & resilient amid rising demand In real-world studies, APFC has been used to redirect power flows, prevent congestion, and improve system stability—all without breaking ground on new infrastructure. APFC is transforming how we manage grid congestion and optimize transmission. With smarter, faster solutions, we can unlock capacity without waiting for major upgrades.

Grid congestion is slowing down progress—what if we could fix it without waiting years for new transmission lines? That’s where Advanced Power Flow Control (APFC) comes in. This modular, fast-to-deploy technology helps transmission operators redirect power flows in real-time, relieve congestion, and unlock hidden capacity on the grid. Why does this matter? ✅ More power where it’s needed—without expensive rebuilds ✅ Less grid congestion means fewer curtailments & lower costs ✅ Supports renewable integration without major infrastructure delays ✅ Modular & redeployable—scale up or move as grid needs change Instead of waiting years for new infrastructure, APFC helps optimize what we already have. 📥 Swipe through the PDF below to see how it works!

Expanding transmission isn’t just about building new lines—it’s about maximizing what we already have. That’s where Advanced Power Flow Control (APFC) comes in. APFC enhances grid capacity by dynamically adjusting power flows, helping reduce congestion, improve reliability, and integrate more generation. As the GETs report highlights, utilities are deploying these solutions to unlock untapped transmission capacity, ensuring power flows where it’s needed most. As Ted Bloch-Rubin highlighted during the American Council on Renewable Energy (ACORE) hosted webinar, increasing transmission capacity isn’t just about new lines. We’re excited to see how these advancements reshape real-world deployment and planning decisions in the coming years. Read the full report here: https://lnkd.in/euDDt_6Y #GridModernization #AdvancedPowerFlow #TransmissionPlanning #SmartGrid

We were honored to host CND-Centro de Despacho at our manufacturing facility, where Ozy Daniel Melgar Dominguez, Amaru Contreras Guell, and René Barrientos engaged with our team to explore how advanced technology can support the evolving energy landscape in Honduras. Laura Salazar Ortiz led insightful discussions on how flexible transmission solutions can enhance reliability and efficiency. Collaboration like this is key to building the grids of the future—excited for what’s ahead! #EnergyInnovation #GridReliability #PartnershipsForProgress

What happens when you combine dynamic line rating with real-time advanced power flow control? You unlock next-level grid flexibility. SUMO already identifies spare capacity across transmission networks. But with SmartValve’s advanced power flow control, that capacity can be directed where it’s needed most—allowing operators to maximize every available megawatt. The SUMO + SmartValve Advantage ✔ Dynamic Ratings: SUMO provides real-time insights on available capacity. ✔ Targeted Power Flow Control: SmartValve redirects power flows to optimize network usage. ✔ System-Wide Efficiency: Together, they help prevent congestion, lower operational costs, and accelerate grid modernization. ELES, d.o.o., combined transmission and distribution system operator of the Republic of Slovenia success with SUMO proves that intelligent grid solutions can transform network operations. Now, imagine that power combined with SmartValve—offering utilities an even stronger toolkit for today’s evolving energy landscape. Ready to take your grid optimization to the next level? Contact us today to learn how SUMO and SmartValve can work for you. #GridEnhancement #SmartValve #EnergyTech #PowerFlowControl

Grid operators worldwide are facing a common challenge: how to maximize existing infrastructure while ensuring reliability. ELES, d.o.o., combined transmission and distribution system operator of the Republic of Slovenia, tackled this issue head-on with SUMO, a dynamic line rating (DLR) software that enables real-time visibility of grid capacity. By replacing static ratings with dynamic ones, SUMO has increased available transmission capacity 92-96% of the time—a game changer for grid efficiency. Why does this matter? ✔ More power, same infrastructure – SUMO identifies spare transmission capacity, increasing capacity by 15-20% on average. ✔ Enhanced reliability – Over 500 network events are mitigated annually. ✔ Lower costs – Reduces congestion-related expenses. With SUMO, grid operators can make data-driven decisions that unlock hidden capacity and improve grid resiliency. Want to learn how SUMO can unlock new potential for your grid? Contact us today to explore the possibilities. #GridOptimization #DLR #EnergyInnovation #SmartGrid

Today we released a new technical report from Electric Power Engineers, commissioned in partnership with the WATT Coalition, outlining commercially available Grid-Enhancing Technologies that can help meet rising electricity demand in the near term.⚡ Thank you to Elise Caplan, Billy Yancey, Xiao Li, Manish Chaturvedi, Rodica Donaldson, Tom Cleaver, and Ted Bloch-Rubin for a great discussion. Learn more by reading the full report. ⬇️ https://lnkd.in/euDDt_6Y