Domestically Produced Energy-Saving Globe Valve Electromechanical Equipment Delivered in Batches for National-Level Energy Projects, Contributing to Green Energy Development
Recently, a batch of energy-saving globe valve electromechanical equipment independently developed and produced by a domestic enterprise was successfully delivered and officially applied to a national-level new energy power station project. With its excellent energy-saving performance and stable operational reliability, this batch of equipment has become the core component of the project’s fluid control system, providing critical support for the power station’s efficient and energy-saving operation.
According to the project’s responsible official, the energy-saving globe valve electromechanical equipment delivered this time was custom-developed to meet the high-temperature, high-pressure, and large-flow fluid control requirements of the new energy power station. The equipment adopts high-efficiency energy-saving drive motors and optimized flow channel design, reducing energy consumption by over 40% compared to traditional globe valve electromechanical equipment. This is expected to help the power station significantly reduce electricity consumption annually. Additionally, the equipment is equipped with specialized wear-resistant sealing components, which can effectively withstand the erosion and corrosion of high-temperature steam. The sealing lifespan has been extended to over eight years, greatly reducing equipment replacement and maintenance costs.
"New energy power stations have extremely high requirements for the energy-saving performance and reliability of equipment. As a key control component for fluid transmission, the performance of globe valves directly affects the overall operational efficiency and safety of the power station," stated the enterprise's responsible person. To meet the project’s requirements, the enterprise formed a dedicated research and development team. After multiple rounds of technological breakthroughs and performance testing, they ultimately achieved dual breakthroughs in the equipment’s energy-saving capabilities and reliability. The delivered batch includes over 300 units of globe valve electromechanical equipment, covering multiple categories such as high-temperature and high-pressure globe valves and throttle globe valves, fully addressing key scenarios such as boiler water supply and steam transmission in the power station.
It is reported that this national-level new energy power station project is a key initiative in promoting China’s energy structure transformation. Once operational, it will significantly enhance the regional clean energy power supply capacity. The successful application of domestically produced energy-saving globe valve electromechanical equipment not only demonstrates the technological strength of domestic enterprises in this field but also lays a solid foundation for the broader adoption of domestic equipment in the new energy sector. Industry analysts noted that with the rapid development of the green energy industry, the demand for energy-saving, efficient, and reliable globe valve electromechanical equipment will continue to grow, driving the industry toward greener and more high-end transformation. In the future, domestic enterprises need to further strengthen technological innovation and launch more customized products tailored to new energy scenarios, contributing to the high-quality development of China’s energy industry.
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Recently, a well-known domestic valve electromechanical equipment company announced that its independently developed new-generation intelligent valve control system has successfully passed national-level authoritative testing. Key performance indicators such as flow control accuracy and response speed have reached internationally advanced levels, breaking the long-term monopoly of foreign brands in the high-end market.It is reported that the system integrates Internet of Things (IoT), big data, and precision sensing technologies, enabling real-time collection of valve operation data. Through a cloud-based platform, it achieves remote monitoring, fault prediction, and intelligent control, making it suitable for high-demand fields such as petrochemicals, water conservancy projects, energy, and power.
With the deepening advancement of the "dual carbon" goals, green and energy efficiency have become the core trends in the development of the valve electromechanical equipment industry. Reporters learned from the recent International Valve Electromechanical Expo that numerous companies have introduced energy-saving valve electromechanical products, significantly reducing equipment energy consumption through measures such as optimizing product structures, adopting new eco-friendly materials, and upgrading drive systems.
According to the latest statistics from the General Administration of Customs, China's export value of valve electromechanical equipment increased by 18.3% year-on-year in the first half of this year. Exports covered multiple regions, including Europe, Southeast Asia, and Africa, reflecting the growing recognition of domestic valve electromechanical brands in overseas markets. This achievement is attributed to the continuous efforts of domestic enterprises in technological innovation, product quality improvement, and overseas market expansion.
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