The core principle of Hy-NEXUSDC is based on a topological architecture of "atomic units" and "clustered matrices," designed to create a highly scalable industrial-grade hydrogen-to-power hub. The system utilizes high-power 300kW fuel cell modules as foundational energy units, which are rapidly paralleled via standardized physical and electrical interfaces to form a scale-adjustable power cluster.

The essence of its operational logic lies in multi-level parallel dispatching: in large-scale power applications, the central control system dynamically adjusts the number of operating modules based on load fluctuations, ensuring the system consistently operates within its optimal efficiency range. This "modular paralleling" principle breaks the rigid constraints of traditional large-scale power equipment, enabling the installed capacity to technically expand infinitely to the multi-megawatt (MW) level. Through this flexible deployment method, Hy-NEXUSDC provides users with a highly redundant and robust energy foundation, offering scale-adjustable, zero-emission clean power for both baseload and peak compensation requirements.

作为一套完全独立的“能源微网”，CarNeu-Prex 利用预制化集装箱作为载体，将复杂的氢电工程简化为即插即用的模块。其工作原理确保了在完全脱离公共电网的环境下，依然能为科研、教学或野外工程提供连续、静默且零排放的高质量电力保障。