European electricity giant Ceres Power's stock price soared 1000%! The narrative axis of "AI at the end is electricity" shifts to fuel cells.

Fuel cell leader Ceres Power Holdings Plc, headquartered in the UK, saw its stock price continue its recent sharp rise this week. With the stock market becoming increasingly optimistic about fuel cell technology, the stock reached its highest level in years, with a staggering 1,000% increase in its stock price over the past year. The power giant, based in Horsham, West Sussex, UK, saw its stock price rise by 22% this week, potentially achieving double-digit strong gains for the third consecutive week, increasing its market value from the previously almost discounted range to around 1.2 billion (approximately $1.6 billion). Following the strong performance of the US fuel cell peer Bloom Energy Corp. (BE.US) and its upward revision of full-year performance expectations to far higher than expected growth levels, the bullish sentiment around the global AI boom has significantly increased, particularly focusing on the core power supply equipment chain of AI data centers. At almost the same time, the Wall Street financial giant Goldman Sachs Group, Inc. raised its target price to a record high of 670 pence, based on stronger revenue forecasts and improved manufacturing assumptions. Fuel cells have become one of the biggest beneficiaries in the AI power chain, primarily solving the most scarce variable in AI data centers: time-to-power, which is the ability to rapidly deliver and maintain stable, efficient power. This highlights the reevaluation of the market's demand for stable, rapidly deployable, and on-site power generation fuel cell assets under the wave of AI data center construction. Similar to the "Stargate" mega-scale AI data centers, these facilities are not ordinary commercial buildings, but rather require rapid deployment processes for continuous, stable, and high availability 24/7 power; AI GPU/ASIC clusters driving massive AI training/inference workloads are extremely sensitive to power outages, voltage fluctuations, power redundancy, and cooling system stability. From the AI GPU arms race to the power equipment arms race The recent rise reflects a broader strong rebound in Clean Energy Fuels Corp. shares, mainly due to renewed tensions in the Middle East, drawing more attention to energy security. Coupled with the surge in demand from AI and electrification, unprecedented investments in global power and grid systems are being made, which is why the grand narrative of "AI-powered by electricity" is becoming increasingly popular. A basket of European renewable energy stocks compiled by international investment giant UBS Group AG has risen by 30% this year. As shown above, the sharp rise in Ceres Power's stock price is driven by the unprecedented AI data center construction boom and global energy concerns. The strong performance this week has pushed Ceres' valuation to approximately 20 times its expected future sales over the next year - roughly equivalent to the US-based fuel cell giant Bloom Energy, but significantly higher than the 1.7 times valuation of the renewable energy stock basket. Senior analyst Michele Della Vigna from Goldman Sachs Group, Inc. pointed out that Weichai Power Co.'s rapid ramping up of solid oxide fuel cell production capacity signals far exceeds expectations; it is known that Weichai Power has exclusive manufacturing rights for Ceres' solid oxide fuel cell technology (SOFC) in the Chinese market. He also notedBloom Energy's agreement with the US cloud computing and AI technology leader Oracle Corporation - making fuel cells the primary power source for Oracle Corporation's large AI data centers, replacing gas turbines. This is further evidence of the exponentially increased demand for fuel cells and core power equipment for data centers. Ceres' stock price received support earlier this month from the launch of Endura; a new solid oxide platform that can generate electricity and produce green hydrogen. Jefferies is one of seven top Wall Street brokerage firms tracked by institutions that have given Ceres a "buy" rating, stating that this product substantially strengthens the company's claims for large-scale commercial growth. Short covering may also be driving this unprecedented upward cycle. According to S&P Global Market Intelligence data, as of Thursday, the short interest - a key metric for short positions - was 5.8%. Earlier this month, this ratio was above 10%. However, some Wall Street strategists believe that Ceres' valuation has become excessively high, with Peel Hunt LLP giving the stock the most negative "sell" rating. Analyst Sam Wahab commented in an email, stating, "In our view, the stock price increasingly reflects expectations of accelerated commercial scale, revenue from licensing fees, and cash generation, which exceed the company's recent execution visibility." The investment theme of "AI powered by electricity" is becoming increasingly popular, with fuel cells riding a super trend With the increasing demand for AI power infrastructure dominated by NVIDIA Corporations AI GPUs and Alphabet Inc. Class Cs TPU clusters, electricity resources are transitioning from back-end costs to front-end bottlenecks. The ability to deliver stable power quickly is becoming a key variable in the rhythm of data center construction, and fuel cells are being revalued by capital markets as a vital part of AI infrastructure, rather than just being on the periphery like traditional Clean Energy Fuels Corp. stocks. The rapid expansion of global AI data center construction and expansion led by Alphabet Inc. Class C, Microsoft Corporation, and Meta, the parent company of Facebook, is driving unprecedented investments in power and grid systems around the world. This trend underscores the importance of power supply for AI data centers, which is why the investment theme of "AI powered by electricity" is gaining traction. Furthermore, if the "self-powering" path becomes institutionalized in the US and other regions, a significant portion of AI capital expenditures will shift towards power equipment and grid technology stack. The US government's current focus on this "self-powering" policy aims for large-scale cloud computing and AI companies to bear the full cost of energy and infrastructure needed for their data centers, without passing it on to ordinary residents. This means that the US government is demanding that large tech companies "build their own power plants for data centers," moving these tech giants that are heavily involved in building or expanding large-scale AI data centers towards a "Bring Your Own Power" model. Microsoft Corporation has entered into exclusive negotiations with Chevron Corporation (Chevron) and Engine No. 1 for a 2,500-megawatt natural gas power plant in Texas for a data center park; Oracle Corporation signed a fuel cell supply agreement with Bloom up to 2.8 gigawatts; Google's cloud computing platform, owned by Alphabet Inc. Class C, has also signed long-term power supply and co-siting agreements with AES, TotalEnergies, and others in Texas. The investment axis of "AI powered by electricity" is currently overflowing and leaning towards fuel cells. With the overwhelming demand for power in AI data centers, the market is beginning to reevaluate gas turbines, nuclear power, small modular reactors, grid equipment, energy storage, liquid cooling, power management, and fuel cells simultaneously. The special advantage of fuel cells, particularly solid oxide fuel cells, is their ability to be deployed in a modular and scalable manner on-site in parks, directly converting natural gas, hydrogen, or other fuels into power, bypassing some grid queuing and long-distance transmission bottlenecks, and mixing with grid, energy storage, and backup systems. The recent surge in Bloom Energy and Ceres Power stock prices is driven by the core logic of AI data centers revaluing assets that provide stable, rapidly deployable, and on-site power. This is not simply following the rebound of the Clean Energy Fuels Corp. stock sector, but rather AI infrastructure construction facing hard constraints such as grid access, transmission capacity expansions, gas turbine delivery cycles, and backup power reliability. Fuel cells, particularly solid oxide fuel cells, can be rapidly deployed on-site in parks, directly converting natural gas, hydrogen, or other fuels into power, bypassing some grid queuing and long-distance transmission bottlenecks, and forming a hybrid architecture with the grid, energy storage, and backup systems. Oracle Corporation explicitly stated that AI data centers rely on highly reliable power supply, fuel cells can be rapidly deployed on-site to meet the power needs of large-scale AI data centers, and support reliable, resilient joint operations and deployment capabilities.