Recently, Peric Hydrogen Energy, a subsidiary of CSSC Group, has achieved a significant milestone by delivering its first self-produced Integrated Device for Electrolytic CO₂ Conversion. This device marks a breakthrough in the field of electrochemical resource utilization of carbon dioxide, offering a new solution for carbon emission reduction in industrial applications. The device features high-efficiency conversion capability, wide-load stability, and industrial-grade reliability. It can achieve a single-pass conversion rate of over 30% and convert more than 0.4Nm³ of CO₂ per hour under a 5kW power rating. Additionally, it maintains CO selectivity of 80% or higher within a load range of 30%-120%, with energy conversion efficiency above 20%. Furthermore, the device underwent rigorous 72-hour operational testing, demonstrating excellent reaction stability and minimal deviation from theoretical values in operational parameters. It also integrates core testing functions for comprehensive research and detection. By combining carbon dioxide utilization with renewable energy, this device represents a new technological pathway towards achieving 'dual carbon' goals. The successful development and delivery of this device not only highlight Peric Hydrogen Energy's expertise in green hydrogen technologies but also signify a breakthrough in green electricity conversion and carbon resource utilization, setting the stage for broader applications in sustainable energy solutions.