Schneider Electric Blog

The global energy landscape is undergoing a profound transformation. We are entering a New Electric World, a future characterized by rising energy demand and an increasingly interconnected web of digital grids, infrastructures and industries. At the heart of this evolution lies a fundamental truth: every pathway to decarbonization hinges on renewable power generation. Renewables are not merely an alternative; they are the essential enabler of the energy transition.

If it’s time to extend or upgrade your electrical infrastructure, it makes clear sense to choose equipment that’s connected by default, meaning from factory, which offers real rewards – both now and in future. With the exponential growth of electrification and renewables taking place today, businesses need to make sure they have the right electrical infrastructure to support their goals. The scale of change often requires investing in brand new low and medium voltage equipment.

We’ve all seen the predictions that generative AI will drive unprecedented demand for electricity to run data centers. It has caused a lot of handwringing over how quickly we add AI data center capacity and where we’ll find all the required power. Don’t panic! The situation isn’t as dire as it seems when you consider these factors: AI Evolution – Like other technologies, AI will become more efficient and cheaper to operate as access increases.

Lors du webinar sur la gestion des données, des experts ont échangé sur les enjeux de la gestion des données industrielles. En effet, l’industrie est à un tournant. Face aux impératifs de durabilité, d’efficacité, et de compétitivité, la transformation digitale s’impose comme la voie à suivre. Au cœur de cette révolution, la gestion intelligente des données est la clé pour bâtir une industrie plus performante et plus respectueuse de l’environnement.

Home > Life @ Schneider > Interns making an impact at Schneider Electric Life @ Schneider July 28, 2025 |  views 8 min read | What happens when over 1,000 bright, driven students come together across North America? You get a summer full of innovation, collaboration, and impact. As HR interns supporting Schneider Electric’s Boston, Andover, and Raleigh offices, we’ve had the unique opportunity to connect with fellow interns across the U.S., Canada, and Mexico—and we’ve been inspired.

What if your building could think for itself – anticipating needs, optimizing energy use, and enhancing occupant comfort without human intervention? In this episode of AI at Scale, we sit down with Sadiq Syed, SVP of Digital Buildings at Schneider Electric, to explore how AI at the edge is revolutionizing buildings.

By Philippe Rambach, Chief AI Officer at Schneider Electric The industrial world is at a turning point. As digital transformation surges across the energy and industrial sectors, there is more pressure to act on data faster without sacrificing resilience, security or sustainability. The question is no longer if we adopt edge and embedded AI, but how. Embedded AI is artificial intelligence that operates directly on local devices rather than depending on servers.

Benjamin Franklin once posited that, “When the well is dry, we know the worth of water.” Today, it’s a poignant reminder that although integral to our lives, water itself is a precious and limited resource. Despite this, many industries still discard water after a single use, treating it as a burden rather than a resource. But water doesn’t vanish after use—it can be reclaimed, treated, and reused.

Being named a 2025 Inclusive Channel Leader by CRN is an incredible honor—but this recognition is not mine alone. It’s a reflection of the inclusive culture we’ve built together at Schneider Electric. Leading with inclusion here isn’t a program or a checkbox—it’s a mindset, a movement, and a shared commitment.

According to the International Energy Agency, buildings (commercial, residential, and new construction) account for nearly . While commercial buildings alone contribute a smaller share (~6.6%), they remain a significant source of energy consumption. Within these facilities, HVAC systems are a substantial energy draw, responsible for .