Multiapplication devices deliver operational benefits for OEMs while future-proofing electrical systems to help industrial customers reach their operational and sustainability goals.
https://electricalengineeringresource.com/wp-content/uploads/2024/09/Enhance-System-Reliability-and-Testing-.png49007342Liz Smithhttps://electricalengineeringresource.com/wp-content/uploads/2020/02/EER-logo-1-300x138.pngLiz Smith2024-09-25 02:36:052024-09-25 18:19:12Next-generation, software-defined devices deliver business benefits for OEMs and end-users
Battery manufacturers play a critical role in meeting the worldwide demand for battery power as do the equipment OEMs that ensure these manufacturers can meet their customer commitments. Here are four ways these OEMs contribute to the battery manufacturers’ operations.
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Data 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.
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Circuit 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.
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With temperatures as high as 35,000 degrees Fahrenheit, an arc flash can result in catastrophic injuries, substantial equipment damage, and unplanned downtime. ABB’s cost-effective short-circuit solutions help utilities and industry increase electrical safety and mitigate the damage caused by an arc flash incident.
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Utilities and grid operators are keenly interested in battery energy storage systems to support the supplementation and eventual replacement by renewables of fossil fuel generation sources. In recent years, the market for battery energy storage systems has grown to include additional applications such as industrial power backup systems, support for EV charging, and even residential and commercial applications.
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The UL 1008 Standard for Safety – Transfer Switch Equipment encompasses stringent testing for reliable operation under various conditions. This standard helps OEMs and panel builders optimize product safety and performance in critical power applications.
Modern car washes use cutting-edge technologies and eco-friendly methods to enhance safety, sustainability, and customer satisfaction, contributing to greater profitability. Let’s go behind the scenes to see how advanced, intelligent equipment can help today’s car wash businesses achieve their goals.
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Hybrid gensets blend traditional and alternative energy, offering businesses reduced emissions, fuel savings, reliability, and lower operational costs, aligning with green and cost-efficiency goals.
Enhancing EV charger uptime hinges on superior components, confronting reliability issues, and fortifying the charging infrastructure vital for the expanding electric vehicle sector.
Next-generation, software-defined devices deliver business benefits for OEMs and end-users
4 ways equipment OEMs help meet the growing demand for battery power
Actionable strategies for data center cooling efficiency and sustainability
Enhanced circuit protection: An evolution in safety, efficiency, and reliability
Cost-effective short circuit current solutions
Battery energy storage: Ensuring power reliability at net zero
UL 1008 testing requirements and ATS ratings: A technical guide
How car wash operators and OEMs utilize technology to improve safety and sustainability
7 Reasons businesses choose hybrid gensets
Higher EV charger uptime starts with better components