Incompressible fluid constant flow law experiment platform capable of being remotely controlled

The invention discloses an incompressible fluid constant flow law experiment platform capable of being remotely controlled. The platform comprises an incompressible fluid constant flow law experimentdevice capable of being controlled by a computer, a service manager and a user terminal. The service manager is connected with the incompressible fluid constant flow law experiment device capable of being controlled by the computer and the user terminal through the Internet; the PLC control system can control the opening and closing of the valve or adjust the opening degree, and a pressure transmitter and an electromagnetic flowmeter behind the PLC control system are combined to automatically monitor related data; and the camera is used for monitoring the real operation condition of the experiment and the real-time data of a piezometric tube in real time on a computer and remotely. A user inputs experiment-related data into mobile portable equipment or a computer through remote control, and observes the experiment