Breaking Through Core Technologies! China-made Intelligent Valve Electromechanical Equipment Achieves a New Leap in Precise Flow Control.

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.

Focusing on Green and Low-Carbon Development, the Valve Electromechanical Equipment Industry is Embracing a Wave of Energy-Saving Upgrades

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.

Valve electromechanical equipment exports show strong momentum, with domestic brands steadily increasing their market share overseas.

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.

Leading Brand of Heating System Valves: Technology Drives a Transformation in Warmth

With the deepening of the "dual carbon" strategy and the acceleration of smart city construction, the traditional heating industry is undergoing a transformative wave centered on green, low-carbon, and precise efficiency. As the "control hub" of heating systems, valve equipment has become a key driver of industry transformation through technological upgrades. Leading domestic heating system valve brands, represented by Shanghai Yongxiang, Suzhou Neway, and Shanghai Guanlong, are spearheading the industry's shift from traditional energy consumption to intelligent energy-saving models with continuous technological innovation and comprehensive solutions, infusing winter heating with technological warmth.

Domestically produced high-efficiency environmentally friendly filter electromechanical equipment delivered in batches to sewage treatment projects, contributing to water environment improvement.

Recently, a batch of high-efficiency environmentally friendly filter electromechanical equipment, independently developed and produced by domestic enterprises, was successfully delivered and officially put into use in a provincial-level key sewage treatment project. With its excellent sewage purification effect and low energy consumption operation advantages, this batch of equipment has become the core component of the project's advanced sewage treatment phase, providing critical support for improving regional water environment quality.

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.