Latest Blog Posts

A new approach to LED lighting systems offers tangible benefits to the bottom line across a range of applications. This includes horticulture operations, with industrial-scale greenhouses enabling larger and more productive harvests, as well as underground or multi-story parking garages, warehouses and other industrial facilities.

The reliability issue is a significant pain point because a so-called “truck roll” (a visit by a service technician to the base station to repair or replace a component, circuit board or other assembly) is a costly last resort that service providers want to avoid. Unplanned downtime and maintenance costs can mount very quickly, reaching many hundreds of times the cost of any specific part or system that has failed.

It is increasingly used in construction applications and is also essential to solar energy components, such as photovoltaic panels, that will be key to a sustainable future. Alongside this, billions of mobile devices such as tablets and smartphones have been shipped. Every single one of these devices relies on glass for the screen, which is the primary human-machine interface (HMI).

Voltage regulation plays a critical role in the adherence to medical safety standards and certifications. This blog explores the importance of these standards and how Advanced Energy (AE) navigates the complex landscape of compliance.

Whether it’s the precision of surgical lasers, the clarity of images from a magnetic resonance imaging (MRI) scan or the detection of molecules in liquids, advanced medical and life science systems that enable better patient outcomes through healthcare diagnostics and treatment all have one thing in common - the need for stable system voltages. Advanced Energy has been developing customizable and modular power supplies for medical applications for almost 40 years, and is at the forefront of delivering power supply technologies essential to ensuring optimized performance and tightly regulated outputs across the spectrum of healthcare technologies.

Power system designers today face intense pressure to raise conversion efficiency and save energy as they strive to deliver sustainably improved performance. One key to reaching greater efficiency is switched-mode power conversion.