Blending System ) are core tracks under the "dual carbon" goal, but they still face development bottlenecks due to the lack of industry standards. In the field of hydrogen energy, the nonlinear changes in hydrogen-blended gas parameters lead to inaccurate traditional metering and frequent risks. Best Energy, leveraging over two decades of technological accumulation in the energy equipment field , has transformed its practical achievements in oil and gas pipeline metering systems and blending system integration into standardization efforts. This has provided key technical parameters and practical case studies to support the core clauses of the "Technical Requirements for Hydrogen/Blended Pipeline Metering Systems," including system design, installation specifications, blending ratios, equipment calibration, and operation and maintenance. In the field of CCUS, the company focuses on the synergistic challenges of deep peak shaving and carbon reduction in thermal power units. The technical specifications it participated in developing clarified the key technical requirements of the coupled system, helping to solve the pain points of traditional thermal power's low-carbon transformation.

The successive implementation of the two standards demonstrates Best Energy's technological accumulation and sense of responsibility in the fields of new energy and "dual carbon".

In the future, the company will continue to focus on core sectors such as hydrogen energy storage and transportation and CCUS, driven by a combination of "standard setting and patented technology", deeply participate in the standardization of the industry, break through the bottlenecks in industrial development with its core technological strength, and firmly contribute to the achievement of my country's "dual carbon" goals and the high-quality development of the new energy industry.