Read moreCooling systems have become mission critical as the need for data center capacity surges. Incorporating modern ATS technology into data center designs can help speed deployment and cooling system reliability, giving OEMs a clear, defensible competitive advantage.
Read moreFor mission-critical facilities — from hospitals to data centers — backup power reliability depends on more than the generator itself. Choosing integrated genset control components reduces failure risk, simplifies installation, and keeps operations running when the grid cannot.
Read moreA critical but often confusing characteristic of miniature circuit breakers are trip curves. Knowing the basics of trip curves can ensure selecting the lowest-cost breaker that will provide the needed protection without nuisance tripping.
Read moreFor electrical OEMs, understanding UL 891 and UL 67 is vital for safe switchboard and panelboard designs. This article offers a practical overview of their differences and applications, focusing on compliance and innovation.
Read moreAs 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.
Read moreHigh-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.
Read moreThe 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.
Read moreData 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.
Read moreData centers consume as much as 3% of the world’s energy. With 40% of that energy usage coming from cooling systems, HVAC OEM panel builders play a vital role in helping data center operators keep energy consumption in check. Motor control systems designed for the unique needs of data center cooling can help.
Read moreCircuit protection is a vital safeguard for people and assets. More than a century ago, the first electrical fuses designed to protect electrical systems against excessive currents were introduced. Since then, innovations in enhanced circuit protection solutions have made electrical power more efficient, reliable, and safer.
