Deliver future-ready systems with intelligent, low-voltage breakers that improve reliability, efficiency, and cost control—without increasing complexity.
To meet the needs of the modern workforce, equipment manufacturing OEMs must design built-in safety solutions that are not only safe but also promote productivity and maximize uptime.
In the era of online shopping, uptime is crucial for warehouse and logistics businesses. OEMs need to deliver machinery that is reliable, efficient, and boosts productivity. By leveraging advanced technology, they can keep their customers’ businesses flowing.
As renewables and onsite power generation sources play an ever-more central role in power generation, OEMs can empower their industrial customers with innovative, cost-effective solutions that overcome the technical hurdles of integrating Distributed Energy Resources to the grid.
The digital transformation of the industrial sector, accelerated by advancements in automation and artificial intelligence (AI), has driven up energy consumption worldwide. As commercial electricity rates inevitably rise alongside increasing demand, industrial consumers need innovative solutions to help them keep costs under control. Electrical OEMs are uniquely positioned to empower their industrial clients with advanced energy optimization solutions.
High-voltage solar presents an emerging opportunity for electrical OEMs serving utilities and the industrial community. By supplying systems able to withstand the requirements of 2000 VDC (and higher) solar arrays, OEMs are paving the way for the sustainable, commercial viability of industrial and utility-grade solar.
The increasing complexity of industrial and commercial power distribution is driving demand for instrument transformers that offer compact form factors, broader operating ranges, and withstand frequent switching surges—even in harsh environments. Advancements in transformer technology enable OEMs to meet these challenges with smarter, more efficient, and space-saving solutions.
Data center cooling systems are a significant driver of electrical energy consumption. Regardless of which cooling method is used, choosing components rated for industry electrical standards promotes thermal efficiency and helps drive down PUE.
Keeping the power flowing to life support systems and equipment used during patient procedures is vital to continuity of care. However, disruptions to a facility’s “supporting systems” can also have a significant impact on patient safety and healthcare outcomes. Choosing the right electrical components can literally save lives.
The rapidly growing data center market presents a major opportunity for eOEMs. Here are five ways plug-in circuit breakers can help eOEMs build a competitive advantage in this lucrative market.
Intelligent low-voltage breakers for industrial microgrids
Designing a machine safety solution for today’s workforce
Energizing uptime: 4 technologies that improve system reliability in warehousing and logistics
Cost efficient power quality solutions in the era of distributed energy resources
5 industrial-scale energy optimization technologies for OEMs
High-voltage solar: From concept to reality
Built to perform: Advanced instrument transformers raise the bar for OEMs
Electrical standards for data center cooling systems
Electrical systems in healthcare: Bridging technology and patient safety
5 ways plug-in circuit breakers help eOEMs deliver cutting-edge data center solutions