MODERNIZATION OF THE IMPELLER OF A BIROTOR MICRO-HES
In this paper, a birotor generator (BSGS) mounted on an impeller, which is driven in rotational motion on a single shaft, is considered. The features of this design are that an additional water intake tank is constructed on the impeller blade - a reservoir that draws water into the tank and creates an additional moment of inertia for the torque force on the impeller. This blade with a water intake tank is much more efficient than a simple blade without additional tanks. By asking such a question, and using the theory of the Oberbeck pendulum, the working equation is derived and the moment of inertia of the impeller blades is calculated. The moment of force of the impeller is calculated using the moment of inertia. Analyses were carried out according to the calculations carried out, graphs of the dependence on the mass of the blade with water intake and without water intake on the blade capacity were constructed.