EnerSys
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Brancheneinblick

Brancheneinblick

Unsere Mission besteht nicht nur darin, Produkte zu verkaufen, sondern vielmehr Lösungen zur Bewältigung der besonderen Herausforderungen bereitzustellen, mit denen unsere Kunden im jeweiligen von uns bedienten Markt konfrontiert sind.

Brancheneinblicke

Wir definieren Erfolg durch den Erfolg unserer Kunden, und wenn wir Lösungen liefern, die unseren Kunden zum Erfolg verhelfen, teilen wir diese Geschichten. Werfen Sie einen Blick auf einige Erfolgsgeschichten aus verschiedenen Branchen und sehen Sie, wie wir unser Fachwissen einsetzen können, um Ihnen zu helfen, Ihre nächste Herausforderung zu meistern.

Case Study

26 Juni 2026

What led a hyperscale operator to rethink UPS strategy at scale?

Rapid growth in AI workloads and digital services is pushing data centers to scale capacity faster than ever before. However, many operators continue to scale using legacy infrastructure assumptions, treating foundational infrastructure decisions as static while other factors, such as site count, load density, and operational complexity accelerate.

Case Study

3 Juli 2025

Data Center - DATASAFE® XE CASE STUDY – POWERING EFFICIENCY IN MILAN

Discover how EnerSys DataSafe XE batteries with Thin Plate Pure Lead (TPPL) technology deliver high power density, reduced energy costs, and extended service life for modern data center UPS systems while advancing sustainability goals.

Case Study

2 Juli 2025

Powering Expansion with Confidence: NexSys® TPPL Batteries Deliver Immediate ROI

Food and Beverage distributor selects NexSys® TPPL Thin Plate Pure Lead (TPPL) Technology to Power Lift Truck Fleet

Brochure

5 Juni 2025

Tried and tested energy storage for industrial and utilities sectors

From pharmaceutical, petrochemical, and food and beverage facilities to water treatment plants and electricity sub-stations, batteries are vital for power provision across the industrial and utilities sectors worldwide.

E-LEITFADEN

4 Juni 2025

Die Zukunft antreiben: Energiespeicherpfade zu Netto-Null in der Industrie und in der Versorgungswirtschaft

In diesem E-Guide wird untersucht, wie reine Bleibatterien die Nachhaltigkeit durch hohe Effizienz, geringen Wartungsaufwand und vollständige Recyclingfähigkeit fördern und der Industrie helfen, Kosten zu senken, die Effizienz zu steigern und Netto-Null-Ziele zu erreichen.

E-LEITFADEN

4 Juni 2025

Die Entwicklung intelligenter Batterien für den Industrie- und Versorgungssektor

In der Industrie und im Versorgungssektor gibt es viele Optionen für die Notstromversorgung. Dieser E-Guide zeigt, wie veredelte Blei-Säure-Batterien wie VLA und VRLA bewährte, skalierbare Leistung bieten – oft vergleichbar oder sogar besser als neuere Alternativen.

E-LEITFADEN

4 Juni 2025

Maximierung der Betriebszeit und Senkung der Wartungskosten in Versorgungs- und Industrieanlagen

TPPL-Batterien bieten eine zuverlässige Notstromversorgung für Versorgungsunternehmen und Industrie. Dieser E-Guide behandelt die wichtigsten Vorteile und Best-Practice-Ansätze für die Implementierung solcher Lösungen, um die Verfügbarkeit zu maximieren und die Kosten über die gesamte Lebensdauer zu senken.

Case Study

31 März 2025

Harnessing the power of EnerSys® DataSafe® XE batteries

As data demand surges, a leading Italian data center partnered with EnerSys® to boost efficiency, cut carbon footprint, and unlock sustainable backup power with innovative TPPL battery technology.

Reference Guide

25 Februar 2025

Data Centers Quick Reference Guide

Consistent, constant power is mission critical for data centers, but your UPS system is only as good as the batteries that sustain it. We offer scalable high-energy density storage options, cabinets and racks to support your essential infrastructure.

Opinion Article

6 Februar 2025

Data Centers in 2025: 5 Key Trends Shaping the Industry

Data centers in 2025 are set to undergo rapid growth, as well as fundamental changes. As the data center industry faces unprecedented demands and challenges, innovation isn’t just a goal—it’s a necessity.

Reference Guide

13 Februar 2024

Industrial & Utilities Quick Reference Guide

From initiation to end-of-life, EnerSys® delivers global support for your backup power needs. With racks, cabinets, accessories and our full range of battery chemistries, we are ideally positioned to help you maximize availability and lower through-life costs.

Whitepaper

13 Dezember 2023

Implementing Nanogrid into the Critical Facility

Operators are looking at introducing nanogrid architectures into critical facilities to maintain reliability in the face of increased thermal loading and to eliminate points of failure. Nanogrid architectures will further enable the use of distributed energy resources (DERs) such as wind or solar to supplement utility power, allowing operators to realize additional cost benefits by avoiding peak usage utility rates or selling power back to the grid.

Whitepaper

13 Dezember 2023

The Benefits and Challenges of Deploying 5G Small Cells on the HFC Strand Network

Cable operators are deploying small cell radios through their existing HFC network infrastructure to offload data and associated costs of offering mobility services through a mobile virtual network operator (MVNO) arrangement. Attaching small cell radios to the existing HFC network enables rapid deployment at a fraction of the cost and time as traditional deployment methods.

Whitepaper

13 Dezember 2023

Advanced Communication Energy

Advanced Connected Energy is a technique which embeds a low energy communication device into a lead-acid battery to communicate via Bluetooth® Low Energy to a smartphone app, SDK, or controller. The chip provides real-time access to performance when the battery is in service as well as charge status while the battery is stored in a warehouse.

Whitepaper

13 Dezember 2023

Understanding Fault Managed Power

In 2020, operators, manufacturers, and industry standards bodies began to investigate the potential for a new distributed power technique that could deliver more power in a safe environment for technicians and the public. A new distributed powering technique called fault managed power was developed imposing no power limit under normal operation, but precisely limit energy transferred under a fault condition to mitigate shock and fire hazard.

Industry Article

13 Dezember 2023

Powering PON with conventional cable broadband equipment

Billions of dollars of public funding are being allocated to expand high speed broadband connectivity into unserved or underserved parts of the rural US and Canada. One of the most common methods for expanding the network is through passive optical networks (PON). PON remote optical line terminals (R-OLTs) – located in remote service areas – distribute fiber connections for homes and businesses.

Article

13 Dezember 2023

Getting the Most Out of Your Batteries

As expectations on network runtimes grow, and while utility outages become more frequent, multiple-system operators (MSOs) should review their deployed battery backup solutions. The challenge facing network operations is how to safely and cost-effectively increase energy densities across the hybrid fiber-coax (HFC) network.

Article

13 Dezember 2023

Extreme Weather—Is Your Network Vulnerable?

Pressure is consequently growing on multiple-system operators (MSOs) to solidify their distributed hybrid fiber-coax (HFC) networks against more significant power outages by extending runtimes. While longer runtimes at any HFC network site can be achieved by adding generators, batteries, or both, it is not always that simple

Whitepaper

13 Dezember 2023

Focusing Stored Energy Where It Matters Most

We have charted a course to meet future bandwidth needs with the 10G initiative, and new mobility offerings are leveraging the HFC network to ensure connectivity while on the go. With all of this, it has never been more important to have reliable power to keep the network up and running.

Whitepaper

13 Dezember 2023

Keeping the lights on

Next-generation PON implementations will likely include high speed coherent optic links from headends to new OSP aggregation nodes, enabling even faster services to extend deeper into the network. Each active optical component in our PON architecture requires reliable, uninterrupted power to keep the network running.