静压传动系统的调节,包括执行元件的速度调节,主要是为了使执行元件达到预期的速度控制和最大限度地减少能源消耗,以获得良好的节能效果。静压传动系统的调节方法可归结为节流调节、容积调节以及容积—节流调节等三种基本形式。节流调节可实现较大的调速范围,但能耗较大。因此,它多用在功率较小的中、低压静压系统中,容积调节较复杂,价格昂贵,但可大大节约能耗,尤其是大功率系统,节能 Hydrostatic drive system adjustments, including the speed control of the actuator, are primarily intended to achieve the desired speed control of the actuator and minimize energy consumption for good energy savings. Static pressure transmission system adjustment methods can be attributed to the throttling regulation, volume regulation and volume-throttling regulation in three basic forms. Throttling adjustment can achieve a larger speed range, but greater energy consumption. Therefore, it is more used in low power, low pressure static pressure system, the volume adjustment is more complex and expensive, but can greatly reduce energy consumption, especially in high-power systems, energy-saving