Riello UPS Spa articles

Introduction
The protection of Data Centers through static uninterruptible power supplies is essential to ensure continuity of the power supply and prevent damage caused by voltage and frequency anomalies.

The simple supply of electricity is not enough to guarantee the continuity of operations of a Data Centre which, if not adequately protected with UPS systems, is subject to operational interruptions due to voltage drops, various types of inefficiencies, or wors

AUDI Brand Experience Center at Munich Airport: Efficient energy management in the charging park for e-mobility.
The automobile manufacturer Audi currently operates 78 AC charging points and six HPC charging points at Munich Airport in order to meet the growing demand for electric vehicle charging stations. The Audi Brand Experience Center located there is consistently geared towards sustainability and has four normal charging points plus two fast charging stations. The

In this pandemic situation, there has been a push among educational institutions around the world to use the digital approach to ensure safe learning for students

Are you struggling with distance learning?

As we all know, with distance learning, lessons are carried out using virtual classrooms where teachers and students can communicate, interact, and collaborate even if they are physically distant from each other, mainly through an online learning environment

Our whitepaper analyzes pros and cons and provides IT and mission-critical facility managers tools to choose the best solution

When designing a power protection scheme for a Data Center, companies need to weigh the pros and cons of each architecture by considering availability needs, management capabilities, and financial constraints. Only after this evaluation can they decide which one to use.

Those who will be the IT managers of these facilities, for example

Riello UPS is partnering with leading energy trading company RWE to offer data centre operators increased reliability and security of supply with the added benefit of significantly reduced costs.

The innovative solution is based on a modified version of the best-selling Master Plus HE threephase online uninterruptible power supply. It harnesses the energy storage power of premium lead acid or lithium-ion batteries to transform a UPS system from a vital but often underutilised asset

Introduction
According to data from the independent research agency Software.org, there will be at least 50 billion devices connected by the end of this year (2020). Factors such as increased interconnectivity, growth of the Internet of Things (Iot) and development of Industry 4.0 mean that the demand for data and energy required for data generation, and the consequent need for space and energy for their storage, continue to grow at an incessant pace.

Accordin

Factors that affect their duration and advice on how to best manage them

The battery system inside an uninterruptible power supply (UPS) can consist of a single battery or comprise thousands of cells.

The ideal would be to be able to accurately measure the conditions of this system to predict failures. In reality, unfortunately, this is not possible due to the many variables that influence the deterioration rate of the batteries.

It is therefore essent

Capacitors are an integral part in any UPS system, smoothing, filtering and storing energy. But they are also amongst the components in an uninterruptible power supply that are most likely to fail (along with batteries).

We’ve put together an informative whitepaper that looks at UPS capacitors in detail. It explores their integral role, how long a typical capacitor should last

Energy costs account for more than half a Data Centre’s running costs. For large Data Centre using 30 GWh a year, electricity bills are very expensive so operators must explore any area that offers potential savings.

The Multi Power delivers a winning combination:

• scalability: adding extra power modules
• redundancy: ensures downtime-free maintenance