The artificial intelligence competitions are entering a highly competitive stage. The United States is spending millions of dollars to expand its computing infrastructure, but the construction of data centers in the US remains severely lagging behind.
According to a report by The Wall Street Journal on June 2, American tech companies are investing in unprecedented amounts of capital to support the construction of massive data centers. Googles parent company, Alphabet, announced the day before that it plans to raise $8 billion through equity financing, in order to accelerate the expansion of its artificial intelligence infrastructure.
However, various challenges have hindered the construction process. Issues such as supply chain disruptions, disputes over land use approvals, and shortages in power supply have caused delays in the construction of data centers. The time gap between the originally scheduled completion dates and actual completion dates has continued to widen over recent months.
A analysis by JPMorgan Chase last month showed that more than 60% of the planned data center projects, which are scheduled to be completed in 2027, have not yet started construction. Additionally, another 7% of these projects are facing delays.
It seems to be a paradox: If major cloud companies cannot even start working on the numerous projects they have announced, then what can Wall Streets continued investment of billions of dollars really change?
According to reports, in recent months, tech giants such as Google have successively raised their capital expenditure forecasts. The AI competition has forced companies to quickly build massive data centers, filled with servers, network equipment, and cooling systems. Microsoft, Alphabet, Meta Platforms, and Amazon – these four companies spent a total of $410 billion on capital expenditures last year, and this years spending is expected to exceed $670 billion.
On September 23, 2025, local time, in Manassas, Virginia, USA, an AWS data center was captured by drone. Virginia boasts the worlds most dense cluster of data centers, with over 650 of them. Photo by IC.
Large data centers consume a significant amount of electricity, equivalent to that of a medium-sized city. During hot or cold seasons, there is a high risk of overloading the power grid. According to reports, one of the major challenges businesses face is that data centers must obtain approval from power grid operators and electricity companies before connecting to the grid. Some projects are delayed because the process of evaluating whether connecting a single project to the grid will cause problems for the power grid system is quite complex.
According to reports, on Monday (June 1st), Berkshire Hathaway increased its investment in the field of artificial intelligence. The company invested an additional $10 billion in Alphabet. In addition, Google plans to sell another $70 billion worth of shares through various means this year.
Google, which has always relied on issuing bonds as its primary method of financing, has chosen to raise substantial amounts of capital through equity offerings this time. This decision has caused significant reactions in the market. As a result, Alphabets stock price fell by 3.9%. Over the past three trading days, Alphabets market value has decreased by a total of $340 billion, setting a record for the largest decline in three days in history.
MoffettNathansons analyst, Michael Nathanson, said that Googles actions came as a surprise to the market. The intense market reaction was partly due to investors inability to determine how much Google would accelerate capital expenditures. The fact that they had to resort to equity financing really raises questions about the intensity of capital expenditure demands in the coming years.
To break free from the constraints of public power grids and approval processes, Google has embarked on a comprehensive effort to achieve energy independence. This year, Google invested $4.75 billion to acquire wind and solar energy developer Intersect. As a result, Google became the only tech giant to own a power company.
In recent years, Intersect has shifted its focus to developing projects dedicated to powering data centers. The energy projects it is currently working on can provide power in the range of tens of gigawatts. One gigawatt of power can supply hundreds of thousands of households.
Meanwhile, Google has also recruited a group of experts in the field of energy. Jigar Shah, an energy entrepreneur who once served as the director of the loan program at the U.S. Department of Energy, said, Google is indeed forming internal teams to develop data centers. Therefore, they are adopting a more integrated approach. I believe this approach is much more comprehensive.
Currently, the ability to generate electricity locally is becoming a significant strategic advantage for technology companies. Regulatory agencies and power officials in many states in the United States are considering whether data centers built alongside new energy generation facilities should be allowed to have faster access to the grid, given their lower dependence on the grids power supply.
According to reports, years ago, Google became the first tech giant to explore how data centers can reduce their electricity consumption during periods of high grid loads. Currently, the company has launched pilot projects with several utility companies. By actively reducing the electricity consumption of data centers, Google hopes to receive financial compensation. This approach is known as demand response.
ON TUESDAY (June 2nd), Google made another significant move, announcing a three-year agreement with demand-response company Voltus. This agreement aims to help PJM, the largest electricity market in the United States, create more capacity. In this market, the construction of data centers not only increases users electricity costs but also increases the risk of power shortages during hot or cold weather conditions.
According to the agreement, Voltus will pay households and businesses that voluntarily reduce energy consumption during peak usage periods. The company will also use technologies such as household batteries and smart thermostats to manage this process. Both companies say that this collaboration could potentially generate up to 100 megawatts of power capacity, which is roughly equivalent to the power output of a small power plant.
Currently, various companies have different plans for their data center layouts. Many companies, including xAI, OpenAI, and Meta, have already built or are planning to build data centers that use local gas power generation for electricity supply. Among these, xAIs data center in Colossus, near Memphis, relies on gas turbines for its power supply. This has raised concerns among local residents and policymakers regarding air pollution.
In addition, several technology giants are investing in the nuclear power sector, focusing on both traditional large-scale reactors and small modular nuclear projects. In 2024, Microsoft reached an agreement with energy company Constellation Energy to restore the un reactor at the Three Mile Island nuclear power plant. This plant was the site of one of the worst nuclear accidents in U.S. history. This week, federal regulators approved some aspects of this plan.
It is important to note that the construction of power generation facilities also faces bottlenecks. JPMorgan Chase stated that the supply of core power equipment such as gas turbines and power transformers continues to be delayed, which further exacerbates the difficulties faced in completing data center construction.
In addition to providing faster grid connections for data centers powered by self-generated electricity, U.S. regulators are also considering offering this opportunity to data centers that can reduce their electricity consumption or even completely cut off from the grid during periods of tight power supply. For many years, data center operators have been strongly opposed to such ideas, as many functions of data centers are essential for critical industries such as healthcare and finance.
At the capital market level, although Alphabets stock price plummeted due to its massive fundraising plans, the overall market sentiment did not weaken. Tech stocks continued to rise, maintaining their previous strong performance, and pushed the main stock index to record highs.