A small simulative
seawater self-power-generation circulation
system for
juvenile popular science teaching and an application thereof are provided. The
system comprises a waterwheel bracket, a waterwheel spindle, a waterwheel rotating wheel, a generator, a rotary bucket No.1, a rotary bucket No.2, a rotary bucket No.3, a rotary bucket No.4, a rotary bucket No.5, a dike base, a reservoir No.1, a reservoir No.2, a reservoir No.3, a reservoir No.4, a
water release gate, a reservoir No.5, a
combat readiness electrical appliance, a marine
signal lamp
system, a living electrical device, a
battery pack, a suspended ring chain, a left slide rail, a ring chain lever hoist, a right slide rail, and a slope
tidal water storage
cofferdam. The small simulative
seawater self-power-generation circulation system of the invention not only can be used as a
reference model of a demonstrative project in which
reef defending troops drive the generator to rotate and generate
electricity through the power of
tidal water and transmit the
electricity to reefs through cables so as to enable the
electricity to be used in living equipment and
combat readiness instruments, but also can be used as a demonstrative teaching system for
juvenile popular science education, and has huge practical values in
popular science teaching and market application values.