Intelligent Process

Implemented variable frequency control and energy management systems in domestic and overseas booster stations, pumping stations, water treatment and purification plants. Optimizes pump and booster operations, adjusting load in real time according to water demand. Integrated with EMS energy monitoring platform to track power usage and provide operational recommendations, significantly reducing electricity costs and carbon emissions while ensuring stable water supply and energy efficiency.

Implemented high-efficiency motors and energy-saving VFD systems across multiple domestic and overseas industrial mechatronics projects. Widely applied in petrochemical, power, cement, chemical fiber, electronics, metals, and public works sectors. By integrating sensors, PLCs, and VFD control systems, the solution achieves precise process control and energy monitoring, with energy savings of 20–60%. Demonstrated in copper foil production lines, automated logistics systems, and pumping/booster stations, helping enterprises reduce operating costs, lower carbon emissions, and enhance industrial intelligence and operational efficiency.

Implemented integrated drive control systems at multiple domestic industrial and consumer paper mills, covering paper machines, calenders, coaters, and rewinders. System integration enables speed synchronization, tension stability, and real-time monitoring, effectively improving paper quality and process stability. It also reduces manual operations and energy consumption, achieving stable, high-speed, and highly reliable production.

Implemented full-line process automation at a Vietnamese steel plant, covering blast furnace, hot rolling, cold rolling, and surface treatment processes. Integration of PLC and power systems enables continuous casting, billet rolling, and full-process stable control. The system provides high reliability, real-time data feedback, and segmented anomaly detection, effectively boosting productivity, reducing energy consumption, and enhancing process safety.

Anhua Electromechanical specializes in industrial equipment integration, combining high-efficiency motors, low- and medium-voltage inverters, PLCs, sensors, HMIs, SCADA, and modular application software to provide a one-stop solution from sensing and control to execution. Its implementation experience spans steel, paper, water treatment, petrochemical, chemical fiber, plastics, electronics, and logistics sectors. The system can be designed with a flexible control architecture according to site requirements, helping plants achieve energy savings, efficiency gains, and process stability. Anhua’s integrated solutions can be custom-designed for automated manufacturing equipment, offering strong system integration and on-site customization, making it an ideal partner for enterprises pursuing smart manufacturing.

TECO low-voltage inverters feature the latest auto-tuning technology and multiple control modes, suitable for tension, position, speed, and torque applications. They offer both standard and dedicated control models (0.2–600 kW), with selectable protection ratings of IP20, IP21, IP55, and IP66. Supporting various communication modules such as Profibus-DP, DeviceNet, and Ethernet, they provide versatile convenience for customers, achieving maximum energy efficiency. Certified to CE and UL international standards, these inverters are widely applied across industrial and commercial sectors.

TECO medium- and high-voltage inverters (210 KVA–12,950 KVA) feature high power factor, low harmonic distortion, and automatic voltage regulation (AVR) to respond instantly to load changes and ensure stable output. The exclusive cell by-pass design prevents production line interruptions, while full-load testing of motors and drives is provided. Supporting customized system planning, these inverters are widely applied in steel, petrochemical, water treatment, and power industries, delivering high reliability and energy-efficient control.

TECO PLC provides a complete set of standard basic and application instructions, with built-in 200 kHz high-speed counting and pulse output capabilities. It controls servo motor drives, supports linear and circular interpolation, and features PID auto-tuning for temperature, humidity, or pressure control. When paired with inverters, it achieves energy-saving benefits. With various digital, analog, and communication expansion cards and modules, it delivers high-quality, integrated, next-generation performance.

Applied to automation control in rough rolling, flying shear, coiling, and overhead crane operation areas, enhancing operational precision and production line safety.

Implemented on paper machines, coating machines, supercalender machines, and rewinding machines, improving tension control and speed synchronization efficiency.

Applied to pumping, booster, and water treatment stations with energy-saving automation systems, optimizing pump operation and reducing electricity consumption.

Integrated into extruders, compressors, and mixing processes, automatically adjusting flow and pressure to enhance production safety and stability.

Applied to injection machines, kneaders, and calendering machines, using integrated drive and control systems to achieve energy savings and reduced consumption.