Cody Hydrogen Electrolyser

The 100 kW design implemented by Cody Hydrogen utilizes the K1-Series stacks, each having a capacity of 20 kW. This design choice is strategic, as it enables scalability and flexibility in the hydrogen production system. The incorporation of multiple stacks within the system provides redundancy mechanisms, ensuring continuous operation even in the presence of faults or disruptions. One notable feature of the design is the ability to isolate individual stacks from one another within the system. This isolation capability is crucial for system maintenance, fault resolution, or in the event of issues with a specific stack. By allowing for the independent operation of each stack, the system ensures a high level of reliability and fault tolerance. This redundancy and isolation capability enhance the overall robustness of the hydrogen production system. In practical terms, it means that if one stack experiences a fault or requires maintenance, the remaining stacks can continue to operate seamlessly. This feature not only contributes to the system's reliability but also minimizes downtime and ensures a consistent output of hydrogen, making the overall operation more resilient and efficient. In summary, Cody Hydrogen' 100 kW design, utilizing the K1-Series stacks of 20 kW, incorporates redundancy mechanisms that enable continuous operation even in the presence of faults. The individual isolation of stacks within the system adds an extra layer of reliability, contributing to the overall robustness and efficiency of the hydrogen production process.