The big winners of the hunger for electricity: How you can profit with Super Micro Computer, American Atomics, and RWE

Super Micro Computer - Creating breathing space for the next step

AI server specialist Super Micro Computer has significantly increased its financial flexibility. The Company recently agreed a revolving credit facility of USD 2 billion with a term through the end of 2030. According to the Company, this liquidity will be used for working capital and general corporate purposes. For investors, this move signals above all that Super Micro is preparing for further growth and setting the course to act more agilely and make appropriate investments in the dynamic AI infrastructure phase.

At the same time, the Company is pushing ahead with its product development. One focus is on expanding production capacity for liquid-cooled server racks optimized for the next generation of AI chips, such as NVIDIA's Vera Rubin platform. These systems are not only more powerful, but also address a key problem facing modern data centers: enormous power consumption. Thanks to advanced direct cooling, the finished solutions consume less energy, which is a decisive selling point for cost-sensitive cloud giants.

However, these ambitious plans face familiar challenges. Profitability remains under pressure, not least due to rising prices for key components such as DRAM and NAND memory. The question is to what extent Super Micro can pass these additional costs on to its customers. In addition, the market for server infrastructure is becoming increasingly competitive. Large, integrated providers with strong market power could further squeeze margins, even if Super Micro gains market share through higher unit sales. The balance between growth and profitability, therefore, remains the key factor to watch. The stock is currently trading at USD 30.16.

American Atomics – Nuclear power, the silent driver of the AI revolution

While there is much discussion about the possibilities of artificial intelligence, its fundamental prerequisite often remains in the background: enormous energy requirements that demand a stable power supply. Data centers for AI models develop a base load demand comparable to that of smaller countries. Renewable energy alone cannot meet this demand. For many tech companies, nuclear power is therefore becoming an unavoidable, low-CO2 solution. Companies such as American Atomics are positioning themselves precisely in this area of tension between new demand and old bottlenecks. This pragmatic need is fueling a global renaissance of nuclear energy.

However, this upswing is facing a structural obstacle: the ailing fuel supply chain. Bottlenecks prevail from mining to enrichment to fuel element production. Particularly critical is the supply of HALEU, the special fuel for modern small modular reactors (SMRs), which until now has come almost exclusively from Russia. American Atomics is pursuing a two-pronged approach here. On the one hand, it is focusing on exploration in historic US districts such as Lisbon Valley in Utah, where old drilling data points to untapped reserves. On the other hand, the Company is working on technologies for more efficient uranium processing. Without the development of resilient Western capacities, the nuclear restart threatens to fail at the outset.

This opens up opportunities for companies that can fill these gaps. Politicians are clearly supporting this course by classifying uranium as a critical raw material and promoting the development of domestic capacities. American Atomics is part of relevant consortia. For investors, the potential lies less in the short-term commodity price than in the value creation along the entire supply chain, which is experiencing supply bottlenecks. It is a bet on the industrial logistics behind the renaissance. However, success depends on operational progress. Can geological hypotheses be converted into reserves and technologies scaled up? The direction is clear, the demand is set. The share is currently trading at CAD 0.30.

RWE - Holding steady between confidence and real hurdles

Essen-based energy giant RWE is starting the new year at a determined pace. While its operating business is driving forward future projects, its financial policy is sending strong signals to the capital markets with a continued, extensive share buyback program. In December alone, the Company once again dug deep into its pockets and acquired over 1.4 million of its own shares. This move underscores management's assessment that it is strengthening its own value in the long term.

At the same time, the infrastructure for tomorrow is being created. In December, RWE commissioned a major electrolyser plant in Lingen, marking a step into the hydrogen age. Additionally, a final investment decision was taken for a large battery storage facility in Wales, expected to stabilize the grid from 2028. These projects demonstrate how the Company is combining renewable energy with flexible storage solutions to ensure security of supply. The portfolio under construction comprises an impressive 11 gigawatts (GW).

Nevertheless, there are also headwinds. In the UK, regulatory approvals are delaying the key Dogger Bank South project. Such hurdles demonstrate the regulatory risks even for established players. The long-term "Growing Green" strategy, which aims to achieve climate neutrality by 2040, remains unaffected. However, the upcoming annual report in March will be closely scrutinized. Investors want to see how ambitious expansion targets and profitability can be reconciled. The share price is currently trading at EUR 48.18.

The exponential demand for electricity from AI and electrification opens up long-term opportunities for solution partners along the entire value chain. Super Micro Computer is driving the necessary increase in energy productivity with efficient liquid cooling servers. As part of the nuclear supply chain, American Atomics addresses the critical need for base-load, low-carbon energy. As a European giant, RWE skillfully combines the massive expansion of renewable capacities with flexible storage and hydrogen solutions.