Microsoft Corporation (MSFT.US) Pledges to Bear Data Center Power Costs Itself, Plans to Spend US$117 Billion This Year to Expand AI Infrastructure

date
06:00 12/11/2026
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GMT Eight
Microsoft is seeking to secure an adequate power supply for its data centers without relying on government subsidies or shifting the burden onto other electricity consumers.
Microsoft Corporation (MSFT.US) is seeking to provide adequate power supply for its data centers without relying on government subsidies or shifting the burden onto other electricity consumers. As AI infrastructure buildout continues to expand, the massive energy demands of data centers are becoming an increasingly prominent issue in American society and politics. Noelle Walsh, President of Cloud Operations and Innovation at Microsoft Corporation, said at a conference in Houston: "We don't want other consumers to pay for our growth. We will bear the costs ourselves." Microsoft Corporation plans to invest US$117 billion this year to build computing infrastructure for AI and cloud computing services. As tech giants continue to expand data center scale, issues such as tight power supply, grid construction costs, and rising residential electricity bills are sparking increasing controversy. Data center construction has even become one of the key issues in this month's U.S. midterm elections. The elections gave Democrats control of Congress and also reflected growing political attention to energy costs and the impact of large-scale technology projects on local communities. As a long-time supporter of ChatGPT developer OpenAI, Microsoft Corporation has consistently emphasized that its data center construction follows a "community-first" principlethat related projects should bring tangible benefits to local residents rather than having local communities bear the negative impacts of rising electricity costs and infrastructure expansion. Against this backdrop, Microsoft Corporation is partnering with energy giant Chevron Corporation (CVX.US) and investment firm Engine No. 1 to develop a large data center and power support project in West Texas called Project Kilby. The project adopts an independent power supply modelbuilding dedicated power generation facilities near the data center to supply electricity directly to the data center, reducing dependence on the public grid. This model is expected to help large tech companies meet growing computing demands while minimizing the impact of data center expansion on other electricity users. However, Project Kilby still faces regulatory obstacles. Texas Governor Greg Abbott previously suspended approval of new data center projects, hindering the development plan. In the recent gubernatorial election, Abbott lost to Democratic candidate Gina Hinojosa. Notably, Hinojosa stated during her campaign that she might take a stricter approval stance on data center projects. This means that even with a change in state leadership, related projects may still face significant policy uncertainty. Nevertheless, Chevron Corporation still plans to push Project Kilby forward on its established timeline, targeting initial operations in 2028 and full operations by 2031. Jeff Gustavson, President of Chevron Corporation's New Energies business, said that any project that cannot create net benefits for local communities is ultimately destined to struggle. He emphasized that Project Kilby is expected to create jobs in West Texas and bring stable tax revenue to local government, so that data center construction not only serves the computing needs of tech companies but also creates long-term economic value for host communities. As U.S. AI infrastructure investment continues to scale up, how tech companies solve power supply issues is becoming a key factor determining whether data center projects can be successfully implemented. Microsoft Corporation's commitment to bear energy costs itself and avoid passing new burdens onto other consumers also highlights that large tech companies are attempting to ease the energy and regulatory pressures triggered by the AI construction boom through self-built power facilities and strengthened community cooperation.