Westinghouse Electric Company

The U.S. Government’s announcement to launch a civil nuclear cooperation agreement with Saudi Arabia is a landmark step that strengthens energy security, expands opportunities for U.S. industry and workers, and drives significant long-term economic growth and investment benefits for both countries. Thank you to U.S. Department of Energy (DOE) Sec. Chris Wright and President Trump for your support of this new era of nuclear energy. The White House

Congratulations to Idaho National Laboratory and all of the partners for securing Phase 2 funding for Prometheus, an initiative bringing together national laboratories, universities and industry partners to advance innovation across the nuclear energy lifecycle.   Westinghouse is excited to be a part of this important collaboration and contribute our expertise to help advance this agentic AI platform, which is designed to address key national challenges to empower nuclear energy. One of Prometheus’ goals is to enable the nuclear industry with a 10x design & licensing time reduction!

As nuclear plants continue addressing equipment obsolescence, annunciator systems must evolve while preserving the operator familiarity that supports safe and efficient plant operations. The Westinghouse Annunciator System modernizes legacy annunciators with a fully digital solution built on the proven Emerson Ovation® Distributed Control System (DCS) platform. The system replaces traditional lamp-boxes with commercial off-the-shelf displays while maintaining the alarm patterns and visual cues operators rely on every day. The result is improved reliability, reduced lifecycle costs, enhanced alarm management capabilities, and a future-ready modernization path. Key Advantages ✅ Fully redundant architecture with no single point of failure ✅ Advanced alarm filtering, suppression, and prioritization ✅ Integrated Sequence of Events (SOE) recording and alarm history review ✅ Seamless integration with existing Ovation DCS infrastructure ✅ Reduced lifecycle costs and simplified technology refreshes ✅ Enhanced operator awareness through advanced visualization tools ✅ Preserves familiar operator alarm patterns and annunciator functionality What annunciator obsolescence challenges is your facility facing today? Learn how utilities are modernizing legacy annunciator systems while maintaining proven operator workflows: https://lnkd.in/enSqDaVG

Thank you to Greg Beard, Director of the U.S. Department of Energy (DOE) U.S. DOE Office of Energy Dominance Financing (EDF), for visiting our Bridge Street facility in Etna, Pennsylvania. We provided an up-close look at the 87,000-square-foot innovation hub, where we are advancing our reactor technologies for today's nuclear fleet and for tomorrow's nuclear energy possibilities. We also had the opportunity to share some of the innovations that will accelerate a fleet deployment of advanced AP1000® modular reactors in the U.S., strengthening the nation's nuclear supply chain and creating real economic benefits for American families. We appreciate our strong partnership with DOE and look forward to working together for America's nuclear future!

In outage execution, speed only matters when it comes with control, predictability, and disciplined risk management. The Westinghouse Multi Lift Tool (MLT) exemplifies that approach by enabling the complete disassembly of a fuel cell in a single, controlled evolution. By integrating the handling of Control Rod Blades (CRBs), Fuel Support Pieces (FSPs), and Double Blade Guides (DBGs) into one engineered system, the MLT significantly reduces work complexity, tool changes, and execution variability on the refuel floor. The benefits are clear: • Fewer evolutions and handoffs • Reduced execution and human performance risk • Improved schedule predictability • Consistent, verifiable quality outcomes Built in safety features, positive engagement indication, and precise alignment control allow outage teams to gain efficiency without compromising nuclear safety or quality standards. This is Westinghouse engineering at its best—simplifying critical fuel cell work, strengthening outage governance, and delivering reliable performance when every decision and every hour matters.

⚽ World Cup matches run on skill, strategy and high performance from kickoff to the final whistle. That same dependability is what advanced AP1000® modular reactors bring to the grid. Today, AP1000 reactors are already delivering 6.8 GWe of continuous power around the world, enough electricity for the equivalent of 680 million LED light bulbs. Imagine that power on a World Cup stage: If each stadium uses about 2-3 MW of continuous power during a match, our global AP1000 fleet could power roughly 2,200-3,400 stadiums at once! That’s power built for the big moments – on and off the field. Read more: https://ow.ly/2iJU50Zm4mg

Fire safety is a critical element of nuclear plant operations. By modernizing permitting processes, utilities can reduce administrative burden, improve field oversight, enhance visibility into plant risk, and support the configuration control and traceability expected in today's regulatory environment. Introducing FPIS — the Fire Protection Information System by Westinghouse, built on the OptiLife™ WORKS platform. Designed in collaboration with a U.S. nuclear utility, FPIS transforms paper-based fire permit processing into a fully digital, configurable workflow — giving your team real-time risk visibility and the tools to stay ahead of compliance. ✨ Key Features & Benefits: ⚡ Shorter permit turnaround 📋 Stronger compliance & audit readiness 📊 Real-time risk intelligence. 📱 Field-first design ✅ Less rework 🔧 Expandable digital foundation Whether you’re managing hot work permits, combustible controls, or fire impairments — FPIS helps your Fire Protection organization standardize execution, improve audit readiness, and maintain continuous risk visibility across the station. 🔗 Learn more: https://lnkd.in/ebaEe7vp

#ICYMI: The Ukraine Recovery Conference 2026 in Poland spotlighted a critical piece of Ukraine’s reconstruction: secure, reliable energy for the long term. For more than 20 years, Westinghouse has worked with Ukraine’s nuclear industry to strengthen energy security — from fuel supply and safety technologies to planned AP1000® reactor deployment and in-country fuel assembly capabilities. With Energoatom, we’re also expanding opportunities for Ukrainian manufacturers, skilled workers and suppliers. Through our “Buy Where We Build” strategy, local companies can contribute to Ukraine’s nuclear buildout while advancing AP1000 projects across Europe and beyond. Read how Westinghouse is advancing Ukraine’s energy goals and see highlights from #URC2026 in our latest Insights article: https://ow.ly/PZHl50Zl538

What a month it's been for Westinghouse! Our June newsletter edition is here, featuring major AP1000® reactor milestones, a closer look at our 3D printing, and spotlights on the talented employees and summer interns helping us power what’s next.   🗞️ Read all the details and subscribe to follow the milestones, innovations and stories driving Westinghouse forward.