What if the most abundant element in the universe powered industries, homes and transportation— all while leaving nothing behind but water? YC Synergy’s hydrogen fuel cells are turning this vision into reality by supporting RE100 initiative and driving zero-emission technology for a cleaner, sustainable future. Over 15 years at the forefront of clean energy innovation have enabled YC Synergy not just to develop a solution but lead a transformation. Its cutting-edge hydrogen fuel technology opens new doors for versatile energy solutions that can be adapted to various applications. What makes YC Synergy’s technology so different? While other fuel cell technologies, such as solid oxide fuel cells (SOFC) and phosphoric acid fuel cells (PAFC), have made strides, they often rely on natural gas, preventing a full transition to sustainable energy. YC Synergy takes a different approach with low-temperature Proton Exchange Membrane (PEM) fuel cells. These systems offer a rare level of flexibility in the industry—the option to switch them on and off to integrate with renewables like solar and wind, creating a truly flexible energy system. Its technology taps into hydrogen’s potential through electrochemical reactions, where hydrogen and oxygen meet. This recombination powers devices and transforms energy systems, producing clean electricity with only water and heat as byproducts. It is clean, efficient and ready to reshape industries with renewable energy integration. Take a manufacturing facility for example. During peak sunlight hours, the factory relies on solar power. But when demand spikes and electricity becomes more expensive, YC Synergy’s hydrogen fuel cells kick in, providing stable, cost-effective energy, reducing emissions and enhancing overall grid stability. This empowers the facility to achieve net-zero emissions without compromising their operational needs. “Our mission is simple; we make things happen,” says Mark Huang, CEO. “Hydrogen isn’t here to replace solar or wind— it’s here to complement them. When the sun isn’t shining and the wind isn’t blowing, our technology becomes a reliable, sustainable solution to meet the world’s energy needs.” Charting New Waters with Green Marine Technology YC Synergy is working alongside Porrima, Taiwan’s largest green energy startup, on an ambitious project to transition from diesel-powered boats to hydrogen-fuel cell-driven vessels. This collaboration marks a significant step toward cleaner marine transport. Supported by Taiwan’s government, Porrima has already introduced solar-hydrogen-powered ferries for small and medium-sized water routes, particularly benefiting island nations that rely heavily on these forms of transport. YC Synergy’s contributions to the project have been nothing short of phenomenal. YC Synergy act as the system architect and integrator simultaneously of hydrogen system in Porrimas vessel, including each hydrogen relevant systems such as power output integrating PEM fuel cells into the tight quarters of the vessels, hydrogen production via electrolyzers on ship, hydrogen carbon fiber storage and onshore hydrogen refueling station. This success builds on YC Synergy’s impressive track record in offshore transportation. In addition to maritime application, YC Synergy also has successfully launched hydrogen buses, cold-chain trucks and heavy-duty trucks operated from 2018 till now. What truly made this project shine is YC Synergy’s comprehensive approach to hydrogen energy. Instead of just focusing on one aspect, it thoughtfully covers every stage of the hydrogen cycle—from production and storage to practical application. By expertly blending solar energy, creating green hydrogen, and optimizing fuel cells, YC Synergy offers a flexible and personalized solution that truly distinguishes it from many of its peers in the field. Driving Innovation through Practical R&D “We don’t innovate just to say we’ve done it. We start with a problem that needs a solution, then work to find the right answer,” says Huang. YC Synergy’s R&D team is focused on solving real-world challenges and is driven by hands-on experimentation.