Development of a spring tank onboard energy regenerator braking vehicles

The work is devoted to the investigation of return mechanism of mechanical energy spent under transport facility barking lost during the transmission onto body and proportional volume loss of the engine fuel.

The mechanical energy output off the brake-wheel system is implemented by the cable, having the contact with the extra element between the body and rotating wheels. This extra element has got the additional weight that increases wheel system in insignificant volume and weight-only some %.

The other end of the cable is tied with a special spring storage of mechanical energy. Spring system of special construction is compressed by mechanical thrust force of the cable and there takes place the mechanical energy storage in the volume approximately 60-70 % of brake energy.

The Same brake end is also being tied with the overrunning clutch and return spring. Mechanical energy having been transmitted, the cable with the help of the return spring together with the brake disk (an additional element) freely comes back to the initial position. Mechanical energy storage has got the construction of spring made from high-quality steel. It is possible to create a construction storing the energy of all four wheels of transport facility with one spring. For construction investigated in the given work, the spring made of the carbon steel using the characteristics of the given steel, is chosen.

The electric generator set in the construction, mechanically connected with the mechanical energy storage transforms the mechanical energy into electrical by revolving the rotor under the spring action. The electric energy from the electric generator is directed for storing in the cell jars.

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