Unimicron is on a mission to achieve 100% renewable electricity usage and reduce carbon emissions, aligning with the global trend towards sustainability. Facing challenges of unpredictable power outages and the need for continuous power for critical infrastructure, Unimicron sought a reliable on-site power generation solution. Bloom emerged as the answer to their needs, offering clean energy solutions that are both dependable and efficient. The installation of Bloom's Energy Server at Unimicron's Taoyuan facility marked a significant step towards achieving these goals. The implementation of Bloom's technology not only ensures power security during extreme weather conditions like typhoons but also maintains stable power quality for Unimicron's sensitive manufacturing equipment. The use of hydrogen stored in natural gas with Bloom's fuel cell technology significantly reduces carbon emissions, making it a sustainable choice for Unimicron's operations. The compact design of Bloom's Energy Server is particularly advantageous in land-scarce Taiwan, offering a space-efficient alternative to traditional power generation methods. Moreover, in addition to environmental benefits, Bloom's solution also provides price predictability for Unimicron, offering cost-efficient electricity compared to other green sources. This move towards a cleaner and more stable power source not only aligns with Unimicron's commitment to sustainability but also ensures long-term operational efficiency and stability. By opting for Bloom's Solid Oxide Fuel Cell technology, Unimicron emphasizes its dedication to reducing carbon footprint and embracing innovative and reliable energy solutions for the future.