Bloom Energy and Quanta Technologies have strengthened their collaboration to power Quanta's hardware manufacturing facility in California with a fully islandable fuel cell microgrid. This partnership aims to support Quanta's production of AI-related equipment, which is in high demand due to the sector's rapid growth and increasing data center capacity requirements over the next decade. Bloom Energy's solid oxide fuel cell (SOFC) solution will enable Quanta to expand its manufacturing capabilities without being hindered by utility interconnection delays. The fuel cell microgrid is designed to provide Quanta with on-site power for its manufacturing expansion in Fremont, California. This initiative comes in response to challenges faced by Quanta in securing grid power from local utilities promptly. By adopting Bloom Energy's SOFC microgrid, Quanta can ensure a reliable power supply that is scalable and cost-effective, thereby supporting its growth plans and meeting the demands of the AI industry. The article also highlights the broader trend in the industry, where data centers and facilities with significant power requirements are exploring off-grid microgrid solutions to mitigate risks associated with utility constraints. This shift towards sustainable and carbon-free energy sources aligns with the growing focus on environmental responsibility and resilience in the energy sector. Furthermore, the article mentions the rising energy demands driven by AI technology, estimating a need for close to 50 GW of additional power by the end of the decade. To address this, companies like Microsoft and Google are actively seeking renewable energy solutions like hydrogen, wind, and nuclear power to power their data centers, emphasizing the importance of green energy resources in meeting future power needs.