In Greek philosophy, the ship has long symbolized leadership and direction. Plato’s Ship of State reminds us that when winds shift, only those who adjust the sails steer safely toward their destination. Today, Europe’s energy transition presents just such a shifting wind: the phase-out of SF₆ in medium-voltage switchgear. This potent fluorinated gas has a global warming potential 24,000 times that of CO₂, and regulators are signaling that the era of leniency is over.
Yet not all companies are responding with foresight. Some are clinging to loopholes—pushing deadlines, exploiting technicalities, or operating equipment outside its intended specifications. Others are seizing the opportunity to innovate, adopting SF₆-free technologies and charting a course toward leadership in a more sustainable, compliant energy landscape. The choice is clear: embrace SF₆-free technology, or be outpaced as the market advances.
This divide between those who delay change and those who embrace it will shape the next decade of medium-voltage infrastructure. The regulatory shift away from SF₆ is a once-in-a-generation opportunity to modernize electrical infrastructure, unlock digital capabilities, and build stronger reputations for sustainability. Companies that use this moment to lead will set the benchmarks for the future.
Navigating today’s market
As an EcoXpert partner, our work at PSS, a member of ADM, begins with collaboration. Building trust with our customers is crucial, and it gives us a clear view of how the market is responding. When it comes to the SF₆ ban, reactions tend to fall into two camps: some adapt quickly, while others look for ways to delay. The split becomes especially clear when comparing large, high-profile projects with smaller, less visible ones.
Across the broader market, hesitation is common. Some contractors openly look for ways to “overcome the regulation,” including the tactic of installing 36 kV SF₆ switchgear (not banned until 2030) in 24 kV applications, simply because it is cheaper in the short term. This reflects a broader challenge: without strict enforcement deadlines, some stakeholders prefer to delay investment rather than modernize.
Market dynamics are reinforcing this hesitation. With only a handful of manufacturers offering SF₆-free solutions at scale, less advanced competitors provide reluctant customers with a convenient excuse” to stick with SF₆. But the window for delay is closing fast. Once alternatives become widely available, postponing the switch will be far harder to justify.
Early adoption as an advantage
A growing number of companies have already decided not to wait. By investing in SF₆-free technology early and even holding panels in stock, they can respond quickly to new project demands. This proactive approach is proving to be a key differentiator in the market.
Recent projects demonstrate this momentum. One of the largest urban redevelopment initiatives in Europe has already moved forward with significant SF₆-free switchgear orders, reflecting the sustainability requirements of modern city-scale infrastructure. At the same time, major healthcare facilities are adopting the technology for new construction, recognizing the importance of reliability and environmental responsibility in critical services.
These projects demonstrate that sustainability, even in large-scale projects, can establish a benchmark, making SF₆-free solutions the standard rather than the exception.
Beyond the gas: Digital transformation
The shift away from SF₆ is not only about removing a greenhouse gas. Another transformation is the digital features now embedded in modern switchgear.
Continuous monitoring of connection points, for example, provides operators with early warnings of potential failures. This is particularly valuable for sectors with heavy loads such as wind farms and photovoltaic parks, where predictive maintenance can significantly reduce downtime and prevent costly incidents. Partial discharge sensors, now emerging on the horizon, promise to extend these capabilities even further.
These digital features also align with the expectations of a new generation of engineers. Many prefer to work from centralized offices rather than spending long hours on-site. Digital supervision tools allow them to manage substations remotely, reducing risk and making medium voltage less intimidating. Medium voltage is now integrated into building and energy management systems, creating the foundation for service models that deliver lasting value beyond equipment sales.
From panels to services
Looking five years ahead, SF₆-free switchgear will be the norm, not the exception. But this evolution does not stop there; digital features will also expand, and the focus will shift from selling panels to delivering services.
Medium voltage will increasingly be part of a larger system, integrated with transformers, low-voltage equipment, and supervisory platforms. Monitoring, analytics, and predictive maintenance will create new opportunities for service offerings that go far beyond traditional equipment sales. Going forward, success will depend on how digital technologies strengthen resilience, prolong the operational life of equipment, and deliver sustainable environmental benefits across the electrical network.
Choosing the path forward
SF₆-free technology is coming, and digital features are redefining how medium voltage is managed. The only question is how organizations choose to respond. Those searching for loopholes may gain a short reprieve, but they risk falling behind. Those who embrace the change now will set the benchmarks for the future.
PSS draws on Schneider Electric’s expertise and technology to deliver solutions that help customers make this transition with confidence. For us, sustainability is about partnership, trust, and building systems that serve both people and the planet.
Are you interested in how SF6-free solutions can help transform your operations? Visit our Panel Builders partner page to learn more.
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