Problems with hydraulic turbines
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Taking the hydrogen feed pump as an example, why cannot the motor be stopped after the turbine of the feed pump is put into use? Is it just for stability?
Does the motor no longer need to do work after the turbine is put into use? Is the power sufficient?
Generally, the hydraulic turbine designed here serves only as an auxiliary for generating power, that is, it replaces part of the output power; it is necessary to consider how to ensure the stability of the material in the presence of other factors
Is there any from a data calculation perspective?
The role of the turbine is merely to assist motor-driven pumps in saving energy; the power output of turbine pumps is considerably lower than that of motor-driven pumps, and the operation of the turbine is unstable due to the influence of tower pressure. If a turbine pump can stop its motor, then it would become a perpetual motion machine, right?
Check the power of the turbine and the effective power of the motor
The turbine is merely an auxiliary device designed to optimize the use of energy in the system and reduce electrical consumption; generally, its power is much lower than that of the feed pump. If the feed pump stops operating, the turbine alone cannot meet the required feed volume.