High -efficiency energy -saving water pump is a design concept combined with the combination of ternary current theory technology and CFD software. It starts with high time -effective and qi erosion performance, and uses technical concepts that combine fluid mechanics and optimization methods. The vertical energy -saving pump is suitable for transporting clear water and a liquid similar to the physical chemical media similar to water. The application field of energy -saving water pumps is still wide. The main application areas of energy -saving pumps include large and medium -sized pump stations construction and reconstruction projects, large circulating water systems, and other high -energy consumption system projects.

The main application areas of energy -saving water pumps

Construction and renovation project of large and medium -sized pumping stations

After a long period of operation, the pumping station built in the 1970s and 1980s was often found to be damaged by steam erosion. Essence In the last century, the efficiency of the hydraulic model of the sloping pump and axis flow pump will be relatively low. The construction of my country's South -to -North Water Diversion Project, as well as the theory of insisting oblique flow pump and axis flow pump theory and test research by the energy -saving company and a university in Jiangsu in the past ten years. Efficiency is more efficient than similar models in the 1980s.

Large circulating water system

This system is mainly distributed in cooling water systems (cold water tower) such as large steel plants and petrochemical enterprises. Large -scale circulating water systems usually use large and medium -sized dual -suction pumps. The flow of a single -stage dual -suction pump is high. For a long time, because the selection is relatively conservative, the dual pump pumping and the actual needs of the flow deviation device. Because the adjustment of the amount of water in the device parameters is adjusted with the requirements of the pipe network pressure and the difference between summer and winter conditions will be relatively large. From the current evaluation system, the pumps are severely deviated from high -efficiency areas and inefficient areas. In this state, the energy consumption of the pump is not only high, but also causes steam erosion. When the situation is severe, it will affect the stable operation of the system.