Mobile diesel engine hydraulic power station
A hydraulic power station is a device that converts mechanical energy into hydraulic energy and provides stable pressure, mainly used to supply power to hydraulic systems.
The main functions include:
1. Power supply: Hydraulic power stations can drive hydraulic pumps through electric motors, internal combustion engines, or other energy sources, converting mechanical energy into hydraulic energy and transmitting it to hydraulic actuators through hydraulic systems to achieve the movement of mechanical components. It can provide stable power supply for various hydraulic systems, enabling the systems to function properly.
2. Control hydraulic system: The hydraulic power station controls the movement of hydraulic actuators such as hydraulic cylinders and motors in the hydraulic system through the pressure provided by the hydraulic pump. By controlling the hydraulic pressure, flow rate, and other parameters of the hydraulic system, mechanical devices can be controlled, including lifting, clamping, pushing, pulling, rotating, and other actions.
3. Maintain system stability: The hydraulic power station can maintain pressure stability in the hydraulic system by automatically controlling control components such as pressure valves and flow valves in the hydraulic circuit to ensure that the hydraulic pressure and flow in the system meet the requirements and maintain the normal working state of the equipment.
4. Storage of hydraulic energy: Hydraulic power stations are usually equipped with hydraulic energy storage devices, such as hydraulic accumulators, which can store excess energy generated by the hydraulic system during operation and release it when needed to provide additional power supply.
5. Monitoring and protection: Hydraulic power stations are usually equipped with corresponding monitoring and protection devices, including temperature, pressure, flow sensors, etc., which can monitor the working status of the hydraulic system, detect abnormalities in a timely manner, and protect hydraulic equipment from damage caused by overload, oil leakage, overheating, and other situations.
