ETERNAL HYDRO ELECTRICAL IMPACT TURBINE FOR GENERATION OF CHEEP ENERGY FROM WATER STREAMIN IN A LOCKED CIRCLE

SUMMARY

We have developed a method and a device to generate cheep electricity from water – the independent hydro electric generator based on a usual centrifugical water pump modified in a such way to turn it into the source of mechanical, electrical and heat energy.

We achieve the mentioned goal by applying a Yutkin’s electric hydro impact effect to a normal water pump in order to break apart water molecules converting its internal water energy into other kinds of energy. Thus the proposed independent energy station is dedicated to generate cheep mechanical and electrical energy separately or jointly by obtaining it from internal chemical energy of water or any other liquid.

Designs of such generator can be different, however it should contain a locked water circle and also three parts should be present: a chamber for making an electric charge in the water (electric hydro impact chamber), water turbine and an electric driving motor-generator on its shaft. The electric hydro impact chamber is implemented as a separate block, jointed to the internal side of a centrifugical pump and sealed properly.

Thus we take a normal centrifugical water pump add an electric hydro impact chamber jointed to a working area of the centrifugical pump under certain angle when other exit of the chamber is locked. This simple original centrifugical water pump containing a helix stator, rotor with blades and electric driving motor-generator complied with the hydro electric impact chamber allow us to convert energy received from breaking internal molecules forces directly into various different types of energy such as mechanical energy, electrical energy, and heat.

This positive effect is achieved due to usage of an additional external frequency - impulse HV converter connected to an independent battery, electric engine stator coils and electric plug. The device converts driving electrical motor of the turbine to a generator whose shaft becomes to rotate easily.