Simple Hydraulic Electrical Generator extension design

The above list only four ways on how EM coils could place near a water tube which has SHG rotor in it. The magnetized segment of arm would rotate when water is flowing from top to bottom, and the EM coil would rotate along with it due to Lenz's Law, thus electricity is generated. And in some designs above, the electrical energy produced is more than the potential difference of gravity.

In above drawing I was only able to draw two set of EM coil groups placed perpendicular to direction of rotation of rotor inside on left and right of a water tube. Actually as long as it fit we can place as many EM coil groups as we like in every orientation as we like it to be.

It is possible to place more than one layer of EM coil groups to surround the water tube, just like my falling magnet designs, when the closest layer of EM coil groups rotating due to the reaction of rotor on falling water, then the second layer of EM coil groups will rotate due to the rotation of inner layer of EM coil groups, so do the third, fourth...etc.

The above just list five out of many ways to place magnet near the EM coil group, any way of arranging the magnets are possible as long as these magnets are not interfere with the reaction of EM coil group to Magnetic flux from the SHG rotor.(For instance, one place parallel to water tube, the next EM coil groups are 10 degree inclined when comparing to the first one, then the next EM coil group are 10 degree inclined when compare to the second one....etc.) These extra magnet add to the total amount of electrical energy output of the SHG setup.