The commercial interest in hydrogen fuel cells for stationary power generation is rapidly increasing due to the need for companies to enhance their green credentials in light of global Net-Zero targets by 2050. Traditional renewable energy technologies like solar and wind, while valuable, cannot provide continuous on-demand power, leading to a surge in attention towards hydrogen fuel cells. IDTechEx's report on Stationary Fuel Cell Markets 2025-2035 provides a comprehensive analysis of the market, with a forecast indicating a market value exceeding US$8 billion by 2035. The report delves into the different fuel cell technologies, highlighting the significance of proton exchange membrane fuel cells (PEMFCs) and solid oxide fuel cells (SOFCs). PEMFCs, known for their quick response times, are well-suited for backup power applications, whereas SOFCs, operating at higher temperatures, excel in continuous power generation due to their ability to reform carbon-based hydrogen carrier fuels internally. Despite PEMFCs' dependency on pure hydrogen and susceptibility to carbon monoxide poisoning, they hold promise for backup power applications. On the other hand, SOFCs, with their tolerance to impurities and utilization of readily available fuels like natural gas, present a viable solution for continuous power generation. The report emphasizes the necessity of the hydrogen economy's growth to facilitate the wider adoption of fuel cells. In conclusion, the stationary fuel cell market is poised for significant growth, with PEMFCs and SOFCs each catering to specific power generation modes. While SOFCs align with continuous operation, PEMFCs are better suited for backup power, aiding in the transition away from traditional generators towards more sustainable energy alternatives. IDTechEx's insights emphasize the importance of technology advancements and the establishment of a robust hydrogen supply infrastructure to drive the future expansion of fuel cell applications.