In a world increasingly conscious of its environmental footprint, the quest for sustainable and efficient energy solutions has never been more urgent. The demand for hydrogen production from middle-market industrial users is rapidly increasing. Industries are actively working to reduce their carbon footprint by optimizing energy efficiency and exploring suitable and sustainable power sources. Many

Redundancy is the most used and effective way to increase resiliency and availability of critical functions. This applies to all kind of systems, from the human body to aircrafts down to essential parts of any infrastructure operation. This article guides you through the most important deployed redundancy schemes (such as “TIER IV”, “n out of

UPS and generators should be best friends, smoothly cooperating to improve site’s resiliency. Often this might not be the case, due to mutual misunderstandings and lack of information. This article is a comprehensive guide and essential knowledge base about UPS input performance and its impact on generators’ operation. Using a UPS with generators The UPS

The way we use UPS systems today has changed a lot. Technological improvements in UPS efficiency, versatility and flexibility have enabled Borri to approach nonstandard UPS applications such as peaking shaving and power buffering. These techniques are in turn related to UPS systems being able to fulfill the demand of integration into Smart Grids. In

CPSS and UPS’s A central power supply system (CPSS) is a UPS designed with specific features. A CPSS is used to protect emergency and safety systems such as emergency lighting. The CEI/EN 50171 standard lays down the requirements a UPS must meet in these kinds of applications and introduces different modes of operation and a

STS essentials A Static Transfer Switch, or STS as it is commonly referred to, can be defined as an AC/AC solid-state converter. It supplies the output with one of two input lines where the AC/AC conversion is performed by a pair of Silicon Controlled Rectifiers (or SCRs). Functionally an STS implements a Single Pole Dual

Besides protecting loads from mains disturbances, like surges, swells and harmonics, primary UPS goal is to seamlessly deliver power during a prolonged mains fault. Battery packs are put in place in order to meet the required back up time and regardless of technology and chemistry they are usually the most expensive part of the whole

Hi-Power Modular UPS for data centres. The new generation UPSaver 3vo is a Hi-Power Modular UPS for data centres providing the highest overall reliability and availability of any technology in the market. It is designed to adapt to the critical and changing data centre demands. With state-of-the-art components and design we have produced one of the

Scalable and Hi-power UPS up to 2.1 MW for data centres. INGENIO MAX XT provides scalable uninterruptible power systems from 900 kW up to 2.1 MW designed to meet, above all, the demanding and changing needs of data centres. High efficiency and reliability combined with flexible configuration certainly make it the best solution to your

Borri introduces the new Ingenio MAX 400-500 kW UPS. Maximum reliability and availability for your data centre infrastructures. The data centre market has been under increasing pressure to achieve lower Total Cost of Ownership (TCO). In the meantime, critical equipment such as UPS (Uninterruptible Power Supply) have certainly come under the spotlight. As the leading