Static balance valve and dynamic differential pressure balance valve used in combination, in solving hydraulic disorders have significant advantages:
1. static balance valve: by adjusting the gap between the valve spool and the valve seat, change the resistance to water flow, so as to balance the distribution of the flow of the various branches of the system, to ensure that the initial hydraulic adjustment of each branch of the water to meet the design requirements, and effectively solve the problem of static hydraulic disorders.
2. dynamic differential pressure balance valve: the role of the use of differential pressure automatic Dynamic Differential Pressure Balancing Valve: Using differential pressure to automatically adjust the valve opening to maintain a constant differential pressure in the system to effectively cope with the flow fluctuations caused by changes in operating conditions and further ensure stable operation of the system.
The combination of the two can comprehensively cover the static and dynamic hydraulic imbalance regulation needs, improve the overall hydraulic balance of the system performance, reduce energy consumption, improve operational efficiency, while reducing the hydraulic imbalance caused by equipment failure and maintenance costs.

The advantages of proportional-integral control valves in energy saving and consumption reduction are mainly reflected in the following aspects:
1. Precise control: proportional-integral control valves are able to real-time monitor and accurately control the flow rate of the fluid medium, pressure and other parameters, to avoid the waste of energy and overconsumption . Through the mathematical principles of proportion and integration, the fluid parameters are fine-tuned to achieve high-precision control.
2. Optimised regulation: Its regulation characteristics can automatically adjust the valve opening according to the system demand, so that the system always stays in the optimal operation state, thus reducing energy consumption.
3. Stability and reliability: the proportional integral control valve has good stability and reliability, and can work stably for a long time, reducing the energy waste caused by equipment failure.
4. High degree of automation: automated control, reduce manual intervention, improve production efficiency, thus indirectly reducing energy costs.
To sum up, the proportional integral control valve can effectively achieve the goal of energy saving and consumption reduction through the advantages of precise control, optimal regulation, high stability and automation control.