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Representing approximately 40% of the world’s consumption — in addition to significant revenue, grid demand, and political influence — these customers are central to the energy transition. Yet many utilities still rely on disjointed legacy systems, making it difficult to deliver on these expectations.
by 2022, and globally by 2030. Semiconductors play a critical role in enabling digitaltransformation. Renewable energy and smartgrids rely on semiconductors, as do collaboration and remote monitoring tools that dramatically reduce the need for travel.
Examples of that technology include smartgrids and smart buildings. Smartgrids. Ensure optimal usage of energy provided through the electric grid. Today, every utility company may be looking at ways to deploy smartgrids to increase the efficiency and sustainability of their electric grids.
VMware's groundbreaking program advances sustainability across the industry by promoting public cloud providers who are committed to achieving 100 percent renewable energy-powered data centers by 2030, and by connecting them with VMware customers who have net zero goals.
That number is expected to more than double by 2030 , driven largely by the rise in AI infrastructure. How will we meet this rising need for energy not only from artificial intelligence (AI), but from other digital technologies and the electrification of industries, such as transportation and buildings? source: Gartner ).
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