"At the end of AI is electricity" narrative main axis turns to fuel cells! NIMBY helps Bloom Energy (BE.US) swallow the "power supply bonus" of data centers.

According to the latest views of Bloom Energy Corp., the leader in fuel cell technology in the United States, the increasing opposition from local residents led by the "NIMBY" group towards the construction of data centers globally provides a significant growth opportunity for Bloom Energy Corp. The CEO recommended that the fuel cells manufactured by the company are cleaner, quieter, and just as efficient in generating power as traditional coal or natural gas power systems. During a media interview in San Francisco, Bloom Energy CEO KR Sridhar stated, "From a rational perspective, our deployment should not be an issue for a NIMBY community. It is now actually a typical business growth opportunity for us, as there are hardly any other targets that are community-friendly." Traditional gas turbines, diesel backup units, or large transmission facilities are prone to noise, emissions, water usage, and community environmental disputes. The solid oxide fuel cells of Bloom convert natural gas into electricity through chemical reactions, rather than directly burning fuel. Therefore, they are more readily accepted by communities in terms of noise, water usage, and local pollutant emissions. It is understood that the U.S. cloud computing leader Oracle Corporation's New Mexico Project Jupiter has switched to using Bloom fuel cells, with a capacity of up to about 2.45 GW; the main agreement signed between Bloom and Oracle Corporation recently supports a fuel cell deployment with a maximum capacity of 2.8 GW, a key validation for Bloom's transition from a "distributed power supplier" to an "AI super-large-scale data center power platform." The recent surge in stock prices of Bloom Energy and its European counterpart Ceres Power is based on the core logic that AI data centers are revaluing power assets that are "stable, can be rapidly deployed, and can generate power on-site." Bloom Energy's stock price has risen by as much as 240% this year. The narrative of "AI power is the end" is increasingly pouring into and favoring fuel cells and tilting away from it. AI data centers have a demand for power that is too large, too urgent, and too continuous, so the market is beginning to reassess gas turbines, nuclear power, small modular reactors, grid equipment, storage, liquid cooling, power management, as well as fuel cells. The special advantage of fuel cells lies in their ability to serve as the main power source/bridge power supply that is distributed, modularly expandable, and deployable on-site, especially when there is inadequate grid capacity or a lengthy access period, they have superior power efficiency and cost-effectiveness. The resistance of NIMBY from data centers has become an opportunity, making Bloom Energy's fuel cells a new favorite for powering data centers. NIMBY stands for "Not In My Back Yard" and refers to residents or local communities opposing certain infrastructures, real estate, or industrial projects being built near them, even though these projects may have public value on a larger scale. Common targets include data centers, power facilities, transmission lines, waste treatment plants, nuclear power plant projects, etc. In the context of AI data centers, NIMBY refers to the opposition of local residents to noise, water usage, power consumption, air pollution, traffic pressure, rising housing prices, or electricity costs, and thus opposes the establishment of data center projects. Recent polls show that U.S. residents have strong opposition to local data centers, making data centers an important political and approval barrier in the expansion of AI infrastructure. CEO of Bloom Energy, however, sees this as an opportunity: if fuel cells are quieter, less polluting, and require less water than traditional gas turbines, they can be more easily packaged as a "community-friendly" power source for data centers. Driven by the enthusiastic demand from investors for its power technology for data centers, Bloom's stock price has surged by as much as 240% this year. The company's fuel cells generate power from natural gas using a chemical reaction system, rather than fully burning fuel. Bloom Energy claims that compared to gas turbines, they require almost no water resources and produce less air pollution and noise. Sridhar believes these are the key advantages that make these fuel power systems increasingly popular among data center developers facing growing hostility from local residents towards their negative environmental and economic impacts. "NIMBY resistance is indeed very real. You see a lot of opposition from local communities," Sridhar said in an interview. "Who wants a power plant in our backyard?" He mentioned two large tech companies that have recently chosen Bloom's fuel cell equipment, in part due to the environmental advantages. Bloom, based in San Jose, California, is providing a 2.5 gigawatt power capacity project for a large AI data center led by Oracle Corporation in New Mexico, one of its largest data center power supply projects. Initially, Oracle Corporation planned to use more traditional gas turbines from Siemens Energy to power the data center campus named Project Jupiter. The project faced massive protests from local residents who were mainly concerned about environmental impacts, prompting Oracle Corporation to announce in April that it would use Bloom's fuel cell system to power the site. Nebius Group NV, a Dutch "AI Cloud" cloud computing services provider, also chose to switch from a gas turbine plan to Bloom's fuel cell technology, according to Sridhar. In May, Nebius stated that it chose Bloom because of its much faster delivery time and "clean, virtually pollution-free power technology." Sridhar mentioned that Bloom has recently spent a lot of resources and time meeting with local people in New Mexico and explaining their technology. He said many people were convinced, including a local newspaper that initially opposed the Oracle Corporation project. However, not everyone can be persuaded. He added, "Because NIMBYism is not rational." The narrative of "AI power is the end" is becoming increasingly hot, and fuel cell stations are riding a super trend. The significance of NIMBY resistance to Bloom lies in further upgrading "power availability" to "community acceptability." AI data centers not only require hundreds of megawatts or gigawatts of power, but also need power solutions that can be rapidly deployed, approved, expanded, and sustainably operated in as short a time as possible. Although gas turbines are mature, large units delivery time, emission permits, water resources, noise, and community opposition may slow down projects. If fuel cells can shorten the time-to-power cycle with lower noise, less water usage, and lower local pollution, they will receive a premium in the energy strategies initiated by super-large cloud providers. With the increasing demand for AI power infrastructure dominated by the NVIDIA Corporation's AI GPU and Alphabet Inc. Class C TPU computing cluster system, electrical resources are shifting from being a background cost to a bottleneck in the forefront; whoever can deliver stable power more quickly may become a key variable in the pace of data center construction. Fuel cells are therefore being revalued by the capital market as part of AI infrastructure, rather than just being on the edge track of Clean Energy Fuels Corp. The global construction and expansion process of AI data centers led by Alphabet Inc. Class C, Microsoft Corporation, and Facebook's parent company Meta is on fire, and this process increasingly highlights the importance of power resource supply, which is why the investment theme of "AI's end is power" is becoming increasingly hot. More importantly, if the "self-powered" path is ultimately institutionalized across the United States and other regions such as Europe, it will undoubtedly shift a significant portion of AI capital expenditure systematically to power equipment and grid technology. Fuel cells have become one of the biggest beneficiaries in the AI power chain, key to solving the most scarce variable in AI data centers: time-to-power, fast power delivery, stable and efficient operation capabilities, highlighting the revaluation of fuel cell power assets in the wave of AI data center construction. Super-large AI data centers like "Stargate" are not ordinary commercial buildings but a critical need for rapid delivery of continuous, stable, and highly available 24/7 power; AI GPU/ASIC clusters that drive massive AI training/inference workloads are extremely sensitive to power outages, voltage fluctuations, power redundancy, and cooling system stability. The core logic behind the recent surge in Bloom Energy and Ceres Power stock prices is that AI data centers are revaluing power assets that are "stable, can be rapidly deployed, and can generate power on-site." This is not just a rebound in the stock of Clean Energy Fuels Corp., but a reevaluation in response to the constraints of AI computing construction such as grid access, transmission capacity expansion, gas turbine delivery time, and backup power reliability. Fuel cells, especially solid oxide fuel cells, can be modularly deployed within campuses, directly converting natural gas, hydrogen, or other fuels into electricity, bypassing some grid queues and long transmission bottlenecks, and can form a hybrid architecture with the grid, storage, and backup systems. Oracle Corporation has also stated that AI data centers require highly reliable power supply, and fuel cells can be rapidly deployed on-site to meet the power needs of large-scale AI data centers, supporting reliable, resilient joint operation and deployment capabilities.