Categorie
Energia

On-premise vs cloud? How a prefabricated modular data center can solve the debate

Author: Schneider Electric

This audio was created using Microsoft Azure Speech Services

In the discussion about data center planning in deploying workloads on-premise versus the cloud, there comes a time when a third option emerges as an optimal choice – prefabricated modular data centers. The modular data center compresses the time invested in planning and building a data center from scratch, quickening time to market for new services.

data center modernization

The modular option is the focus of this third part in a series of conversations between myself, Thomas Humphrey, North American Business Development Manager for Schneider Electric Modular Data Centers; and Todd Boucher, Founder of Leading Edge Design Group

Joe: How do you see modular data centers playing into the discussion of on-premise vs. cloud?

Thomas: In complex hybrid environments, customers have some combination of cloud, data centers, and edge computing sites. In these distributed environments, a modular option simplifies the process of building a non-traditional data center environment and mitigates risk. From a site development standpoint, you’re dropping a module with a complete data center on a pad. If construction is delayed a couple of days, there isn’t that compounding effect in the construction cycle where everything else gets pushed out. The true value proposition of a modular approach is speedy time to market to produce revenue quickly and lower costs.

Todd: A few factors that have changed in recent years have made modular an important part of the conversation. The first is that today’s data center conversation is not a binary choice between one thing or another. It’s multi-dimensional and involves multiple solutions in both cloud and on-premise. The second factor is the democratization of fiber. There’s been significant investment in making fiberoptic connectivity available outside of the traditional Tier 1 data center market. So, that dynamic has enabled modular data centers to provide value.

Joe: How has modular changed the definition of “data center?”

Todd: For customers, it’s become about how to best deliver services to users. Modular becomes a great option with the right real estate availability, team, and conditions. It’s a great – often cost-effective – solution that helps deliver services quickly and reliably. That is attractive to customers, and it’s why it has gained a lot of popularity.

Thomas: The maturity of the modular market has grown by leaps and bounds from 10 years ago. This goes back to the customer understanding their own capabilities and desire to manage a data center construction project. A small regional bank or hospital might have a great IT staff, but how many data centers do they build in their career? Maybe one, maybe none. Alternatively, they can go to Schneider Electric or another vendor that provides modular data centers and has built thousands of them. And they can get the same designs that can be reused in many applications. So, there’s shared learning in building modular data centers. Every time we have a tweak from customer input, we’re engineering that into our designs, creating designs that have been tested and confirmed to perform better.

Joe: Let’s talk about speed to market. When a client concludes they need a data center fast, how do you decide if it should be modular?

Todd: A customer undertaking this process the right way asks, “What do I need?” Then, they have to consider the budget approval process to determine if they can start six months from now or in the next fiscal year. As soon as that funding becomes available, they have a window to spend that money based on when the capital is allocated. So, speed to market definitely matters, and for customers that evaluate their needs the right way, this is a critical part of that conversation – thinking about what their utilization of capital is, and how it aligns to what’s available in the options open to them.

Joe: So, it’s not just about speed to market, from what you’re saying. There’s also a predictability component.

Todd: Yes, predictability matters. Forecasting should be part of any planning process, from the initial planning stage all the way through commissioning. And this should be a consistent process. Modular tends to be more predictable because there are fewer on-site construction factors to consider. 

Thomas: With traditional construction, you typically hire an architect and engineering firm to design the space. Then, you put the project out to three bids, which takes time. Then, the general contractor has a submittal process, so there are all these benchmarks that go into ultimately starting the construction. Whereas with modular data centers, we compressed it all to before you cut your purchase order. You have to make all those decisions ahead of time, resulting in a shorter construction cycle. A modular data center option is a practical choice to scale out data center capacity with its speed of deployment, standardization, and ease of planning.

Joe: How do modular data centers contribute to sustainability strategies?

Thomas: Sustainability is another key advantage of a modular data center. For instance, modular structures can be built with more sustainable materials such as recycled steel and helical piers vs. permanent structures made of concrete, which is energy-intensive.

Todd: A traditional data center design involves a bunch of disparate components. You have to engineer the detailed monitoring systems into that design for the customer to extract and incorporate data out of those systems into their ESG and sustainability reporting. Whereas a benefit of modular is that those systems are integrated together, they talk to each other, and the data is readily available. For customers prioritizing sustainability, that element of data reporting and manageability can be of great value.

To wrap up our series covering on-premise vs cloud deployments, one key takeaway is clear — data center planning is not a one-size-fits-all endeavor. Data center stakeholders need to be thoughtful in their approach and evaluate all of their options. Specific business needs should drive the selection of the solution, complemented by a holistic conversation that defines what directly and indirectly affects your business. The good news is there are multiple approaches for a growing hybrid IT environment. While the cloud remains a viable option for many applications, modular data centers are also a practical choice to quickly scale and meet the increasing needs of data centers today and tomorrow.

Tags: AI, Cloud, Data Center Planning, prefabricated modular data center

Categorie
Energia

Smart city, chi ci vive è più felice: parola dei cittadini – Rinnovabili.it

Author: Rinnovabili.it

Smart cityImmagine generata con IA

L’intelligenza artificiale e il machine learning sono considerate dal 58% le tecnologie più importanti per le città del futuro

(Rinnovabili.it) – Secondo una ricerca condotta su un campione di abitanti urbani dell’area MENA (Medio Oriente e Nord Africa) tre persone su quattro sarebbero più felici se vivessero in una smart city connessa, innovativa, basata sul machine learning e sull’’intelligenza artificiale.

A mettere in evidenza l’importanza di agire sin da ora sulla qualità delle città di tutto il globo, è la ricerca “Cities of the Future” condotta da Mastercard e concentrata in particolar modo sulle realtà urbane di Egitto, Emirati Arabi e Medio Oriente.

Se consideriamo che entro il 2050 i due terzi della popolazione mondiale vivrà in città, diventa essenziale garantire un futuro sicuro, sostenibile ed inclusivo. Una smart city ha il potenziale per raggiungere l’obiettivo, ma la collaborazione dei cittadini è indispensabile. 

Ed i cittadini intervistati dalla ricerca confermano l’interesse nei confronti delle città intelligenti, con un 76% consapevole che, questo fattore, aumenterebbe la qualità della vita.

Quali sono le innovazioni che piacciono di più?

La maggioranza degli intervistati, il 62%, in Medio Oriente e Nord Africa ha identificato gli edifici e le case intelligenti e connessi come l’innovazione con la massima priorità, seguiti dai servizi di viaggio intelligenti (61%). In merito alle recenti domande sul potenziale dell’IA, gli intervistati hanno mostrato decisamente più interesse ed ottimismo che preoccupazione: 

L’intelligenza artificiale e il machine learning (58%) sono considerate le tecnologie più importanti per le città del futuro.

Allo stesso tempo sono però consapevoli che, se non correttamente pianificata, una smart city potrebbe causare una pericolosa diminuzione dell’attività fisica. 

Anche la sostenibilità è entrata a far parte delle priorità dei cittadini. La consapevolezza pubblica della necessità di un’azione per il clima è elevata e le soluzioni intelligenti per passare all’energia pulita e rinnovabile (59%) sono emerse in cima alla lista dei risultati attesi nella regione MENA. Negli Emirati Arabi Uniti e in Arabia Saudita, l’85% degli intervistati ritiene che le proprie città stiano “maturando” o siano “abbastanza mature”.

Ma cos’è una smart city per i cittadini?

Secondo gli intervistati, una città diventa intelligente nel momento in cui la digitalizzazione rende più efficienti gli ambienti di vita, i luoghi di lavoro e le esperienze di acquisto. L’accesso digitale a banche, servizi pubblici, trasporti è indispensabile per il 59% degli intervistati. Da non trascurare anche il fattore privacy e sicurezza informatica, oltre all’integrazione di tutti questi servizi in un’unica piattaforma.

Categorie
Energia

Unveiling tomorrow’s sustainability: Leading decarbonization strategies for refineries and petrochemicals

Author: Schneider Electric

This audio was created using Microsoft Azure Speech Services

IEA analysis of Nov 2023 shows that while the rapid deployment of clean energy technologies in recent years has made a major difference to the climate outlook – shaving about 1°C off projected global warming – a huge amount remains to be done.

The IEA’s Net Zero Roadmap shows what must happen to achieve net zero emissions by mid-century and limit global warming to 1.5°C:

  • Doubling energy efficiency
  • Tripling renewable capacity
  • Cutting 75% in energy sector methane emissions
  • Massive ramp-up in electrification of heating processes

As the world pushes for decarbonization, oil refineries find themselves between a rock and a hard place, but as we have seen, these measures could be applied also to energy-intensive processes.

Refineries must adapt in a changing energy landscape

The uniqueness of each facility, including complexity, size, and feedstocks, and the wide range of processes integral to refining, make it hard to pinpoint a common source of emissions across the sector. Yet some general rules of thumb can be established for a 100.000 b/d refinery.

How do we navigate decarbonization in the next 5 to 10 years in a refinery and petrochemical site?

At Schneider Electric we have identified several key strategies to help our customers navigate decarbonization in a refinery and petrochemical plant over the next 5 to 10 years.

  • Energy efficiency measures encompass a wide range of strategies and technologies aimed at optimizing energy use, reducing waste, and minimizing environmental impact.

  • Electrification of processes in a refinery or petrochemical plant involves transitioning certain operations from traditional fossil fuel-based energy sources to electricity, often sourced from renewable energy.

  • Renewable Energy Integration incorporating renewable energy sources like solar and wind power into refinery and petrochemical operations helps reduce reliance on traditional fossil fuels.

Providing integrated solutions that empower refinery and petrochemical sustainability

At SE we have a comprehensive view of the processes of a typical refinery and identified the right solutions to propose to our customers in a refinery and petrochemical site.

Schneider Electric provides innovative solutions tailored to help refinery and petrochemical clients effectively reduce CO2e emissions. By leveraging state-of-the-art technologies such as digital twins, AI-driven analytics, and IoT-enabled systems, we empower real-time monitoring and optimization of energy usage, leading to substantial reductions.

Our comprehensive approach integrates energy management solutions, digital twin technology, AI-driven analytics, IoT-Enabled systems, sustainable design and engineering, and compliance and reporting.

By integrating these solutions, we enable refineries and petrochemical plants to impact CO2e emissions while enhancing operational efficiency, sustainability, and profitability.

Learn More

Discover more about our leading sustainability strategies in the Energies and Chemicals industry: Digital transformation in energy and chemical industry | Schneider Electric Global (se.com)

About the author

Author Profile

Renato Finol, Sustainability & Net Zero Operations Leader, Energies and Chemicals Industry

Renato Finol holds a master’s degree in Business Administration from Grenoble Ecole de Management (France). After working for Repsol, he joined Schneider Electric in 2021, gathering broad oil and gas operations and energy systems experience.

With more than 10 years of professional experience in onshore and offshore drilling and production operations, project management, growth strategies, and business development, Renato is involved in several strategic moves and in developing decarbonization and sustainability solutions for Energies and Chemicals at a global level. He is helping customers in their decarbonization transformation and energy transition and is based in Paris, France.

Tags: Decarbonization, decarbonization strategies, Digital transformation, Energy Efficiency, energy landscape, energy management, refineries, refineries and petrochemicals, Sustainability

Categorie
Energia

The next generation of industrial automation: How software-defined automation is accelerating agility, efficiency, and innovation

Author: Schneider Electric

This audio was created using Microsoft Azure Speech Services

With recent developments in software-defined automation (SDA) and Universal Automation rapidly transforming the traditional industrial automation model, the shift to open software-centric methodologies and tools is now well underway and closed, manufacturer-dependant options are fast becoming a thing of the past.

This new way of automation is fantastic news for business.

When automation hardware is decoupled from software, it allows automation functionality to be deployed on a platform of choice. This ultimately empowers a company to make decisions based on what makes the most sense for their performance and business needs, allows them to better meet the ever-changing demands of the post-pandemic consumer-driven world, and makes for a smoother transition into the digitalized future of Industry 4.0 and beyond.

Taking industrial automation to new heights with virtualization

The separation of hardware and software also enables new types of virtualization to be applied to the industrial space, further advancing traditional automation paradigms and increasing overall efficiency.

In the traditional IT sense, the term ‘virtualization’ is commonly used to describe a scenario where several virtual machines (VMs) are set up on a single server. When used in the context of industrial automation it has various meanings, but the premise is much the same – a move from physical to virtual.

For this purpose, we are referring to when a process that was traditionally only able to be carried out with hardware and software combined has been digitalized, leveraging the power of software to become more virtual.

Digital Twins

The introduction of digital twin modeling in software such as EcoStruxure Machine Expert Twin allows machine builders to drag and drop from a predefined catalog of objects to design, optimize, test and validate digital models of real machine solutions in a virtualized environment before commissioning. They no longer need to experiment with physical hardware to achieve optimized results. This can significantly increase efficiency by saving time to market by up to 50% and commissioning time up to 60% when compared to traditional approaches.   

Soft PLCs & iPCs

When it comes to the all-important programmable logic controller (PLC), virtualization enables the move to a ‘soft PLC’, such as the EcoStruxure Automation Expert virtualized controller, a hardware-agnostic, software-based PLC which can be run on any Windows or Linux server, industrial PC (iPC) or microcomputer, no matter the supplier. Multiple instances of this virtualized controller can be installed in the same piece of hardware and configured, deployed, and maintained simultaneously and independently from one another. It also offers the ability to make changes to the process without stopping production – minimizing downtime, reducing costs, and providing the all-important flexibility and agility required to thrive in the demand-driven, dynamic consumer landscape of today.

With features like rugged designs, extended temperature ranges, and compatibility with industrial protocols, Schneider Electric’s Harmony iPC (formerly Magelis iPC) is made to withstand the harsh conditions prevalent in manufacturing facilities. Acting as the user’s visualization and control terminal, it’s a powerful, purpose-built, industrial-ready hardware choice when it comes to running soft PLC machine & plant control systems. 

Reusable engineering

Then there is EcoStruxure Automation Expert’s software-centric, in-built smart design and engineering capabilities, which allow for processes or techniques to be piloted in one location and then rolled out quickly to others. Brilliant Planet, one of Schneider Electric’s customers working in the algae-based carbon capture industry, has recently been utilizing this functionality with exceptional results.

“To scale at the speed required, we need to be able to modularize our application,” said Adam Taylor, CEO at Brilliant Planet. “The Schneider Electric and Platinum Electrical Engineering solution enables us to copy, paste, and scale at each site. This means we can utilize resources more efficiently while seeing drastic improvements in control.”

Within virtualized environments, deploying new processes or replicating and modifying existing ones is much easier. This reusable engineering significantly reduces time-to-market, increases engineering efficiency, and can offer an edge over the competition.

Virtualization and software-defined automation supercharge your engineering efforts

In the ever-evolving and exceptionally competitive landscape of industrial automation, where engineers and machine builders are constantly seeking innovative ways to enhance efficiency, productivity, agility, and flexibility, harnessing the power of virtualization and embracing a software-centric way of operating is a game-changer.

As the industrial landscape continues to advance and we transition even further into the Software-Defined Automation era, these digitized, virtualized smart manufacturing environments will, no doubt, continue to set new standards in interoperability, ease and efficiency for the next generation of industrial automation.

Ready to change the game?

IDC Perspective – Software-Defined Automation: An Update

Dive into our interactive EcoStruxure Automation Expert demo

Read the Brilliant Planet press release

Watch how GEA, a German machine and plant manufacturer, used EcoStruxure Automation Expert’s to optimize their operation

How-to Video: Install a virtualized conntroller HA in EcoStruxure Automation Expert v23.0

Tags: Digital transformation, Digital Twin, EcoStruxure, EcoStruxure Automation Expert, EcoStruxure Machine Expert Twin, Industrial Automation, industrial PC, smart manufacturing, software-defined automation, Sustainability, Virtualization

Categorie
Energia

Rivestimento per finestre: il vetro francese che funziona sempre

Author: Rinnovabili.it

rivestimento per finestrecredits: Università di Notre Dame

Per individuare la combinazione ottimale tra gli strati che compongono il rivestimento, i ricercatori si sono affidati al calcolo quantistico

(Rinnovabili.it) – Guardando ad un futuro composto da edifici ad energia quasi zero, anche le superfici trasparenti avranno un ruolo determinante nel conteggio del fabbisogno energetico. Sfruttare al massimo l’illuminazione naturale infatti, permette di ridurre notevolmente la richiesta di elettricità per l’illuminazione, il problema è che oltre alla luce solare, filtra all’interno degli edifici anche il calore. L’Università di Notre Dame ha sviluppato un innovativo rivestimento per finestre capace di bloccare la radiazione termica ultravioletta, lasciando invece passare la luce visibile.

La differenza tra il rivestimento per finestre di Notre Dame con le pellicole tradizionali

La differenza tra il rivestimento sviluppato dalla ricerca francese, con le molteplici pellicole e vetri isolanti già oggi presenti sul mercato, è la capacità di schermare il calore a qualsiasi inclinazione dei raggi solari. Solitamente infatti, questo genere di superfici agisce al meglio quando i raggi solari incidono sulla finestra con un’angolazione di 90 gradi. E’ chiaro però che, nel momento di massimo bisogno quando il calore è più intenso, ovvero verso mezzogiorno, il sole filtra dalle finestre con un angolo estremamente obliquo quasi verticale. 

“L’angolo tra la luce del sole e la finestra cambia continuamente”, ha affermato Tengfei Luo, professore di studi energetici presso l’Università di Notre Dame e responsabile dello studio. “Il nostro rivestimento mantiene funzionalità ed efficienza qualunque sia la posizione del sole nel cielo”.

Individuare la sperimentazione migliore grazie alla ricottura quantistica 

rivestimento per finestreCredit: Cell Reports Physical Science (2024). DOI: 10.1016/j.xcrp.2024.101847

Luo ed il suo collaboratore Seongmin Kim avevano precedentemente sviluppato un rivestimento trasparente per finestre con il potere di migliorare il raffreddamento degli edifici, composto da una serie di strati ultrasottili di silice, allumina e ossido di titanio su una base di vetro. A differenza del primo studio la nuova ricerca aggiunge uno strato di polimero di silicio dello spessore di un micrometro per migliorare il potere di raffreddamento della struttura riflettendo la radiazione termica attraverso la finestra atmosferica e nello spazio esterno.

Ma qual è la combinazione di strati più efficiente? Una sperimentazione pratica avrebbe richiesto moltissimi esperimenti, con conseguente spreco di tempo e risorse. Ecco perchè, il team ha invece optato per l’utilizzo di un calcolatore quantistico, o meglio il processo di ricottura quantistica, che ha permesso di individuare la combinazione migliore della sperimentazione. 

Il loro modello ha prodotto un rivestimento che mantiene la trasparenza e riduce la temperatura interna da 5,4 a 7,2 gradi Celsius, in un’ampia varietà di angoli di incidenza.

“Come gli occhiali da sole polarizzati, il nostro rivestimento riduce l’intensità della luce in entrata, ma a differenza degli occhiali da sole, il nostro rivestimento rimane chiaro ed efficace anche quando lo inclini ad angoli diversi”, ha affermato Luo.

Lo schema di apprendimento attivo e calcolo quantistico sviluppato per creare questo rivestimento può essere utilizzato per progettare un’ampia gamma di materiali con proprietà complesse.

La ricerca è pubblicata sulla rivista Cell Reports Physical Science .