On July 15, Google made a \u00a0historic agreement\u00a0 with Brookfield Asset Management, securing \u00a0$3 billion\u00a0 for access to hydroelectric energy over the next two decades. This landmark deal marks the largest corporate investment in hydroelectric power globally, allowing the tech giant access to up to \u00a03 gigawatts\u00a0 of hydroelectric power across the United States.<\/p>\n
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The Magnitude of the Problem<\/strong>. The rise of artificial intelligence (AI) has significantly increased the energy consumption of tech giants, reaching unprecedented levels. According to the International Energy Agency<\/a>, by 2030, the United States could consume more energy for data processing than it does for manufacturing aluminum, steel, cement, and chemicals combined. Projections suggest that data centers may consume \u00a0945 terawatts\u00a0 of electricity globally by that year. Despite this dire outlook, the agency warns that the energy demands of AI might be overestimated, leaving room for doubt about future scenarios.<\/p>\n <\/p>\n What the Agreement Includes<\/strong>. The initial contract involves two major hydroelectric facilities located in \u00a0Pennsylvania\u00a0: Holtwood and Safe Harbor, which Brookfield acquired between 2014 and 2015. These plants will initially deliver \u00a0670 megawatts\u00a0 of power, but Google retains the option to expand its access to the full \u00a03 gigawatts\u00a0 through future updates to the infrastructure. In addition to this agreement, Google plans to invest an astonishing \u00a0$25 billion\u00a0 in data centers across Pennsylvania and its neighboring states over the next two years, thereby creating jobs and enhancing local economies.<\/p>\n <\/p>\n Why Now? The Shift Towards Hydroelectric Power<\/strong>. In past years, tech companies typically focused on wind and solar energies. However, there is a growing trend towards seeking “firm” renewable energy sources\u2014those that can deliver a consistent supply regardless of weather conditions. \u00a0Hydroelectric energy\u00a0 fits this need perfectly. Furthermore, under recent legislation signed by former President Trump, tax credits for hydroelectric projects will remain in place until 2036, while those for wind and solar energy will phase out unless initiated before the end of 2027.<\/p>\n <\/p>\n The Energy Race<\/strong>. Google is not acting alone in its quest for clean energy. In June, Meta signed a contract to buy power from a \u00a0nuclear plant\u00a0 in Illinois for twenty years, and other tech giants like Microsoft and Amazon are also pursuing similar renewable energy agreements. The growing demand for clean energy solutions is so intense that these direct agreements have become a strategic method for tech companies to develop new energy sources, which consequently relieves some of the pressures on household electricity prices.<\/p>\n <\/p>\n What Comes Next?<\/strong>. Google’s grand plan extends beyond Pennsylvania; the company aims to replicate this model across the \u00a0Mid-Atlantic\u00a0 region and the western United States. Over the past year, Google has signed \u00a0pioneering agreements\u00a0 related to carbon-free geothermal energy and advanced nuclear power. The tech giant is currently collaborating with the country\u2019s largest electricity operator to leverage AI and improve the integration of new energy sources into the existing grid. This technological shift emphasizes the need for constant energy supply to sustain AI\u2019s operational demands.<\/p>\n <\/p>\n In this evolving landscape, Google\u2019s agreement stands as a beacon of hope, illustrating how tech companies can lead the charge toward sustainability while ensuring they meet their growing energy requirements. By harnessing renewable sources like hydroelectric power, they can not only contribute to a cleaner future but also safeguard their operations against potential energy crises.<\/p>\n Cover image | Greg Bulla<\/a> and Nuclear Forum<\/a><\/p>\n In Xataka | The AI has folded the price of an ultrarrao metal. The problem is that we need it to store renewable energy.<\/p>\n <img \n alt=\"California will test a 'co-pilot of AI' at one of the most sensitive points of its electricity grid. Can go very well ... or very bad\"\n width=\"375\" height=\"142\" \n src=\"https:\/\/i.blogs.es\/845059\/mantenimiento-red-electrica\/375_142.jpeg\"\/><\/code><\/pre>\n<\/div>\n<\/div><\/div>\n<\/div>\n