Metaverse in action: Transforming the energy sector The industrial metaverse integrates technologies like IoT, AI, digital twin, and mixed reality technologies, using the Microsoft Cloud to provide persistent, interactive experiences based on an organization''s information technology (IT), operational technology (OT), and engineering

Before the Metaverse can be sustainably used, it will require a thousand-fold increase in computer power in terms of energy use and carbon emissions. The need for high-resolution images for virtual and augmented reality, cloud gaming, and computing is expected to significantly increase data center energy use, resulting in alarming levels of

A 2020 analysis in the journal Joule found that, while the server, storage, and network workloads hosted by the cloud datacenters increased 2,600% from 2010 to 2018, energy consumption for all

As depicted in Fig. 5, blockchain, with its features like security, traceability, immutability, decentralized storage, smart contracts, and consensus, will help the metaverse overcome integration challenges with various enabling technologies. Table 2. Impact of blockchain for technical aspects in the metaverse.

Evol. Intel. (2023) 16:1521–1532 is an important step in the transformation of the power sys-tem to create the integration and development of new con-cepts, new technologies and new applications related to the power system and the metaverse [4]. The energy

Request PDF | Energy-Efficient Distributed Learning and Sharding Blockchain for Sustainable Metaverse | Nowadays, researchers have started to conceptualize Metaverse with the vision of

For the metaverse, decentralization applies to the premise that internet users should control their identity, their data, their digital goods, and more, and that these can move with them between services and experiences. With Web3, a user''s avatar and digital goods, for example, can become more easily portable across different services.

GridVerse is an open vision of the metaverse combining Enel Grids'' expertise on digital twins with its experience in collaborations. "GridVerse is a virtual place with a model of our assets where collaborations may be made to create business cases," Fabio Veronese, Head of Digital Hub at Enel Grids, announced in exclusive interviews

Energy metaverse market. The adoption of core energy metaverse techs is in its infancy, but growth is expected to be robust over the next decade. Guidehouse Insights expects the market to climb at a 33% average annual rate over the next decade, and to represent more than $300 billion in cumulative investment by 2031.

by April Miller Americas Mar 10th 2022 4 mins. Meta – the parent company of social media giant Facebook – has released a new technology called the Metaverse with the goal of connecting people in a

In this paper, we introduced Next-Power, a fully decentralized blockchain-based system for reliable and secure P2P energy in the Metaverse. Next-Power utilizes a smart contract framework to ensure a transparent, secure, tamper-proof, and trustworthy

The metaverse is supposed to be the next big thing in computing, but we''re a long, long way from massive, shared virtual worlds, according to Intel, which argues that we''ll need at least a 1

This paper explores Green Cloud Computing (GCC) techniques to enable sustainable, energy-efficient cloud architecture for metaverse platforms. A multifaceted model is

Metaverse can also be utilized for training purposes to increase safety standards throughout the renewable energy industry. Through the use of virtual reality, workers can be trained on how to

By leveraging a blend of the physical and digital world through the metaverse, energy companies can deliver a safe, sustainable and innovative future that will drive evolution,

The metaverse is the next evolution of the Internet, merging the physical and digital worlds into a multiuser environment. It is discussed widely in the media and among technology developers. It may expand to many aspects of society and people''s everyday lives. In this article, we examine how academic discussion and research about

Download the Deloitte Insights app. Metaverse capabilities for the consumer, enterprise, and industrial sectors face performance requirements: handling and processing large amounts of data and powering real-time capabilities that demand extremely fast responses. Whether it''s for human users interfacing with rich interactive experiences

Hence, the virtual living lab provided by the Energy Metaverse offers an opportunity to investigate, test, evaluate, optimize, plan, and even control energy ecosystem elements with an environment-friendly, cost-efficient, user-friendly, risk-avoided approach. The Energy Metaverse can help to reduce the time, resources, and risks associated with

The proposed sharding mechanism with incentive achieves the parallelization of computing and storage in Metaverse, while guaranteeing the security and activity of distributed learning. Nowadays, researchers have started to conceptualize Metaverse with the vision of constituting a fully immersive, hyper spatiotemporal, and

Opportunities for NFT Storage 4.1 Metaverse Value Support Generally speaking, Metaverse refers to a virtual world built with a series of technologies including the Internet and VR. This concept

Although the outcomes of the massive investment of money are still limited [12], it is believed that the future of Metaverse is promising and Metaverse will be everywhere [13]. Only a few studies

Toward this end, we have proposed a sustainable Metaverse architecture, combining distributed learning and sharding blockchain to tackle the energy efficiency challenges. The proposed sharding mechanism with incentive achieves the parallelization of computing and storage in Metaverse, while guaranteeing the security and activity of distributed learning.

The way energy is produced, consumed and sold will be revolutionized by a continuum of technology and experience, which we call the "Metaverse Continuum," a spectrum of rapidly emerging capabilities,

Drawing from State-of-the-Art technologies and methodologies, this paper introduces a conceptual framework for the energy metaverse, comprising five essential

The Energy Metaverse: It''s (Going to Be) a Thing Unless you''ve been living under a rock for the past year, you probably know that the Metaverse—sometimes called Internet 3.0—is one of the biggest buzzwords to come along since the term ''Information Superhighway'' was first bandied about more than 30 years ago. And just like

The transition to green energy systems is vital for addressing climate change, with a focus on renewable sources like wind and solar. This change requires substantial investment, societal adaptations, and managing a complex energy ecosystem. However, no existing evaluation methods support this purpose. The "energy metaverse"

Web 3.0 is redefining how we co-develop and co-design our built and virtual spaces, shaking up the reality of business and society alike. In brief. "Meta estate" is one direction for the future of the construction and real estate (CRE) industry. Web 3.0 will boost opportunities for architects, construction companies and related players alike.

As a new generation of energy storage power stations, the Metaverse-driven energy storage power station fully integrates the emerging digital twin, artificial

Metaverse aims to create a digital replica of the ecosystem of the physical energy system. By connecting all counterparts of the physical energy ecosystem through data and infor. mation exchange

The Energy Metaverse is a digital ecosystem that interconnects digital twins of energy-related society aspects and uses data and information exchange

Combining distributed learning and blockchain shows great potential to solve the energy efficiency issues in Metaverse through secure resource scheduling and decentralization

In terms of resources, the Energy DAO encompasses demand-side resources in physical systems (such as electric vehicles and energy storage) and virtual data resources in the metaverse. The