The core principle of the H2ES-5 is based on a high-efficiency integrated chain of "Natural Gas Reforming to Hydrogen Production" and "Electrochemical Generation." The system utilizes an internal reformer to extract hydrogen-rich gas from natural gas, which is then fed into a fuel cell stack for a controlled electrochemical reaction. This process bypasses high-temperature combustion, directly converting hydrogen energy into high-quality electricity. Simultaneously, the system is equipped with an advanced integrated thermal recovery module that captures byproduct heat from the reaction and converts it into a stable thermal supply.

By leveraging cascaded energy utilization, this technical path achieves a remarkable overall energy efficiency of 93.5%. The advantage of its operational logic lies in the creation of a dual-value chain: on the environmental side, it reduces carbon emissions by approximately 30% compared to traditional grid power; on the application side, it supports flexible power dispatching—allowing for localized consumption or grid feedback—while providing a continuous supply of hot water. This highly integrated distributed energy logic not only ensures superior energy conversion but also provides a cost-effective and environmentally sustainable power solution.

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。