STANDARD URANIUM LTD.
Commented by Armin Schulz on August 4th, 2026 | 07:35 CEST
AI Needs Baseload Power: How SAP Monetizes AI, Standard Uranium Supports the Uranium Supply Chain, and Amazon Invests in Nuclear Power
Artificial intelligence has become firmly embedded in the global economy and is expected to remain a key driver of growth for years to come. While public attention is focused on AI agents, the latest ChatGPT models, and increasingly powerful algorithms, a far more fundamental bottleneck is emerging: energy. Massive data centers are being built to power the next generation of AI applications, and they require enormous amounts of reliable, around-the-clock electricity. As a result, baseload power is becoming increasingly important. In this report, we examine SAP, the established software leader generating recurring revenue through its cloud services and AI offerings. We also take a closer look at Standard Uranium, an emerging exploration company that could play a role in strengthening the uranium supply chain. Finally, we turn to Amazon, which is not only investing heavily in the physical infrastructure behind AI but is also planning to power parts of its operations with small modular reactors (SMRs).
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Commented by André Will-Laudien on July 28th, 2026 | 07:40 CEST
Energy Power Shift: US on the Rise, EU Under Pressure – A Look at Standard Uranium, E.ON, ITM, and Plug Power
The next wave of the AI revolution will be decided not by algorithms, but by megawatts. The US energy agency, the IEA, projects that data center electricity consumption will rise to just under 1,000 TWh by 2030. An analysis by Goldman Sachs goes even further, forecasting that electricity demand driven by AI workloads could rise by up to 160% over the same period. This brings an often-underestimated question to the forefront of the capital markets: Who will supply the energy for the digital age? Utilities like E.ON and hydrogen specialists such as ITM Power and Plug Power are small cogs in a large machine room. Countries like China, the US, and the dynamic EU member Poland have recognized the challenges and are mobilizing for their next phase of nuclear expansion. The race for electricity is on, and it will determine who will be among the big winners in the AI era. Globally, uranium production remains concentrated in just a few regions. This makes the market vulnerable to supply disruptions, permitting risks, and geopolitical disruptions. Standard Uranium demonstrates what consistent exploration can look like at a time when demand for uranium to fuel new power plant capacity is rising. It is worth taking a closer look.
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Commented by Nico Popp on July 24th, 2026 | 08:50 CEST
Cameco Had to Buy Uranium on the Open Market – NexGen Opts Out of Offtake Agreements – Standard Uranium Receives a "Gift"
Now Saudi Arabia has entered the picture as well. The recent nuclear deal with the US underscores that nuclear power is on the rise. The reason is clear: AI data centers require climate-neutral baseload power. However, nuclear reactors need uranium fuel—and uranium is anything but abundant. At the same time, Western sanctions against Russian uranium are further tightening an already constrained global supply. Amid this supply gap, a remote region in northern Canada is increasingly attracting investor attention. The Athabasca Basin is home to the world's largest uranium deposits. While established industry leaders and advanced developers already command multi-billion-dollar valuations, investors are searching for the next discovered success stories in the world's premier uranium district. We take a closer look at the investment landscape in the Athabasca Basin.
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Commented by André Will-Laudien on July 13th, 2026 | 07:35 CEST
Nuclear Energy 3.0: Computing Power for AI and the Cloud – Standard Uranium, AMD, Broadcom, and SpaceX Can Deliver
According to McKinsey's forecasts, massive data center capacity will be needed to fully support global AI growth through 2030. In total, the high-tech industry will need to invest approximately USD 5.2 billion in AI infrastructure alone. At the same time, the International Energy Agency (IEA) forecasts that global electricity demand for the required computing power will more than double to 945 terawatt-hours. In this highly capital-intensive environment, AMD and Broadcom are positioning themselves as challengers in the chip market, while SpaceX is attracting visionary attention with its connectivity services and space-based energy concepts. Slightly upstream, but serving as an important bridge, is the uranium industry—a raw material that is in high demand for the construction of the next generation of power plants. Who is best positioned in this market?
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Commented by Nico Popp on July 9th, 2026 | 07:00 CEST
Why the Base Load Bottleneck Threatens SpaceX and Amazon—and How Standard Uranium Stands to Benefit
When you pick up your smartphone from your nightstand in the morning, you rarely give a thought to the massive infrastructure behind the scenes. But the brave new digital world of global data streams and machine-learning algorithms has an energy-hungry, and sometimes dirty, secret. Artificial intelligence consumes so much electricity that power grids are collapsing one after another. When computing power needs to keep pace with AI innovations, solar farms are no longer enough. Base load power is needed—and nuclear power provides it. So high-tech needs uranium, and that is exactly what brings the tech elite together with resource companies. We explain the connections and highlight the opportunities.
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Commented by Armin Schulz on July 3rd, 2026 | 08:40 CEST
A Multi-Billion AI Infrastructure Boom: Secure a Decisive Edge Now with Standard Uranium, AMD, and Super Micro Computer
The AI revolution is shifting its focus. While public debate continues to revolve around algorithms and cloud platforms, the true center of power has long since shifted to the depths of physical infrastructure. After all, without sufficient energy, high-performance chips, and scalable server architectures, even the best AI code remains ineffective. The exploding power demand of modern data centers is turning uranium into a strategic resource, while semiconductor supply chains groan under immense demand, and system integration is becoming the new supreme discipline. Whoever controls these three pillars of the digital future holds the key to the industry's next phase of growth. We take a closer look at one candidate from each sector: Standard Uranium, AMD, and Super Micro Computer.
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Commented by André Will-Laudien on June 22nd, 2026 | 07:30 CEST
Data Centers and the Uranium Shortage: The Solution Lies with Standard Uranium, SAP, ServiceNow, and Oracle
The past trading week was dominated by the SpaceX IPO. Elon Musk's masterpiece caused quite a stir after its market value soared from USD 1.8 to 2.7 trillion shortly after the initial listing. The first profit-taking did not occur until the end of the week, yet the stock is still trading 30% above its offering price. Analysts are puzzling over this debut, given the harsh criticism in the run-up to the IPO over its high pricing. A fourfold oversubscription ultimately silenced all critics, and now the real valuation process can begin. AI and software stocks remain perennial topics on the US growth exchange, NASDAQ. While semiconductor stocks are stringing one rally after another, software stocks are taking a beating almost daily. Doubts about their role in the next AI era persist among analysts, which is weighing on stock prices. Uranium stocks, however, have reason to celebrate, as they represent the raw material solution for the trillion-dollar investments in modern data centers. After all, the consensus—and Donald Trump—is that electricity will be supplied by nuclear power in the long run. We do the math!
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Commented by Armin Schulz on June 15th, 2026 | 07:25 CEST
Supply Shortage & AI's Power Hunger: Why Cameco, Standard Uranium, and Energy Fuels Are the Perfect Uranium Stocks Right Now
The uranium industry is facing an unprecedented shortage in 2026. The annual production shortfall of 30 million pounds is driving up prices, while 70 gigawatts of new reactor capacity is being built worldwide. But the real driver is the insatiable hunger for power of AI data centers. Add to that a historic wave of consolidation. Major producers are securing strategic stakes, juniors are merging into powerful platforms, and even non-energy players are entering the market via licensing models. Those holding the right positions now could benefit from a supercycle. While Cameco, as an established giant, focuses on stability, Standard Uranium, as an explorer, offers growth opportunities and could become a takeover target. Energy Fuels benefits from its unique US infrastructure.
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Commented by Stefan Feulner on June 12th, 2026 | 07:10 CEST
BYD, Standard Uranium, FuelCell Energy: The Battle for Electricity Creates New Stock Market Stars
Global electricity demand is rising rapidly. AI data centers, electric mobility, and the electrification of industry are driving investment in alternative energy to record levels. Several future-oriented industries are benefiting from this: hydrogen and fuel cell technologies could play a key role in energy supply, while the renaissance of nuclear energy is ushering in a new phase of growth for the uranium market. At the same time, the global electric vehicle boom is driving sustained high demand for innovative mobility solutions.
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Commented by Tarik Dede on June 1st, 2026 | 06:45 CEST
The AI Boom Requires More Power: Cameco, Standard Uranium, and 2G Energy Stand to Benefit!
Major tech companies like Amazon, Microsoft, Alphabet, Meta, and Oracle remain committed to investing in AI data centers. Despite initial negative news (debt, cash flow slump), new analyses show that they are actually increasing their investments. These so-called AI hyperscalers had planned investments in AI infrastructure of around USD 600 to USD 620 billion for 2026. Now, estimates from analysts and market researchers have been significantly revised upward. Accordingly, research firms such as TrendForce and Pimco now anticipate combined capital expenditures of over USD 750 to USD 830 billion for this year. In 2027, this figure is expected to exceed USD 870 billion. According to market observers, around three-quarters of this spending currently goes directly toward AI infrastructure—namely, high-performance GPU clusters, proprietary AI chips, and advanced data centers. However, data centers in particular have an enormous appetite for energy. According to the International Energy Agency (IEA), global electricity consumption by data centers recently stood at around 415 terawatt-hours (TWh), corresponding to about 1.5% of global electricity demand. By 2030, this figure is expected to more than double. In its more optimistic scenarios, Goldman Sachs even anticipates growth of up to 165%. Yet energy demand remains the industry's bottleneck. In the US in particular, the partly dilapidated grid is overwhelmed by the additional demand. For this reason, many data centers equipped with expensive chips stood idle for months, waiting for grid connection. With demand booming, nuclear energy is making a comeback among suppliers. Canada's market leader Cameco and Standard Uranium stand to benefit directly from this. From Germany, 2G Energy appears to be in the mix. The North Rhine-Westphalia based company has just announced its first order from the United States for its CHP plants.
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