Show Notes
For years, F-gases have been in the spotlight for many complex reasons – some good and some bad: they make it possible to achieve impressive things like the super reliability of our electricity supply. On the other hand, they have a downside (the high Global Warming Potential of SF6 comes to mind). All things considered, it would be unfair to put all of these gases in the same box since they come in various types, each with distinct characteristics and applications. Let's unpack the nuances of F-gases in this episode with Rebecka Forward, Product Material Compliance Manager for the High Voltage Products business unit at Hitachi Energy. She breaks down everything you need to know about these gases into simple terms, their pros and cons, and their role in enabling the industry to move forward with better and more sustainable solutions. --- Rebecka Forward is a Product Material Compliance Manager who oversees our high-voltage products at Hitachi Energy. Rebecka holds two chemistry degrees, both earned in her home country of Canada. Rebecka has a strong passion for chemistry and spent a few years sharing her knowledge with undergraduate students by teaching them the intricacies of this subject. Rebecka's primary focus is ensuring that our products adhere to global materials regulations, guaranteeing their safety for our valued customers and the environment. She is deeply committed to sustainability, actively fostering collaboration, and embracing diversity. In her free time, Rebecka enjoys spending time outdoors she loves cycling, exploring nature, and going on adventurous trips. --- Make sure to follow us and click the notification button to get updates on new episodes. Visit www.hitachienergy.com/powerpulse for more information. The Power Pulse podcast is produced and edited by Creative Chimps for Hitachi Energy.
More from Power Pulse
As grids become more digital and interconnected, cybersecurity has become inseparable from reliability. In this episode of Power Pulse, we explore what cybersecurity really means for today's electric power systems—and what often gets misunderstood.
As electricity demand accelerates and new loads arrive faster and at greater scale, utilities are being forced to rethink how the grid is planned and operated. In this episode of Power Pulse, John Glassmire explores why grid expansion is no longer just a hardware challenge, how data, automation, and visibility are becoming essential, and why battery energy storage is reshaping the grid into a digital system. He also reflects on what grid modernization means beyond technology—and why preparing the grid for what comes next is a mission-critical to modern society.
How are utilities putting AI to work today? Milli Comstock shares real-world examples of how artificial intelligence is helping modernize grid operations—from predictive maintenance and asset performance management to knowledge transfer and control room innovation—while highlighting what it takes to scale AI responsibly across the energy sector.
Factories are undergoing a digital transformation, adopting new technologies to improve efficiency, quality, and traceability. For us, this comes to life through the Digital Factory.
Battery Energy Storage Systems (BESS) are evolving beyond simple energy storage into intelligent assets that optimize renewable integration. In this episode, Alberto Prieto looks at the role of advanced converters, automation, and digital services in improving grid stability, efficiency, and flexibility. By leveraging real-time data and predictive analytics, these smarter systems can manage variability in renewable generation, reduce operational costs, and extend asset life. Combining technology with service expertise is essential for unlocking the full potential of renewable energy and accelerating the transition to a sustainable power system.