NOVELTY - Energy-saving microbial mobile toilet comprises an outer frame, a door arranged on the outer frame, a floor arranged in the outer frame, a pedestal pan mounted on the floor, and a microbial degradation tank mounted below the floor. A vibrating sieve device is arranged at the lower end of the microbial degradation tank. A collecting tank device is arranged at the lower end of the sieve device. A microbial degradation tank switch valve is arranged at the bottom of the microbial degradation tank. A stirrer and powder-shaped culture media feed is arranged inside the microbial degradation tank.    USE - Used as an energy-saving microbial mobile toilet.    ADVANTAGE - The mobile toilet: is arranged with a solar cell unit at the top for supplying power to the overall mobile toilet; utilizes EM microbial strains for fermentation to provide high degradation speed, killing germs and removing foul smells; and has simple structure, small floor space and high mobility.    DETAILED DESCRIPTION - Energy-saving microbial mobile toilet comprises an outer frame, a door arranged on the outer frame, a floor arranged in the outer frame, a pedestal pan mounted on the floor, and a microbial degradation tank mounted below the floor. A vibrating sieve device is arranged at the lower end of the microbial degradation tank. A collecting tank device is arranged at the lower end of the vibrating sieve device. A microbial degradation tank switch valve is arranged at the bottom of the microbial degradation tank. A stirrer and powder-shaped culture media feed is arranged inside the microbial degradation tank. A feeding pipeline and a discharge pipeline are connected with the microbial degradation tank and also mounted on the floor. The top part of the outer frame from inside to outside is set with a lamp and solar energy cell group comprising a pedestal. The pedestal is set with a groove. The bottom of the groove is provided with an electrode sheet. Each groove is placed with the solar energy cell connected with the electrode sheet. Each inner groove is provided with a drying unit. The top part of the solar energy cell is provided with focusing lens, which is installed on a glass substrate, drying unit and solar energy cell. A space formed between the focusing lens, glass substrate and groove and is filled with polyvinyl butyral material. An INDEPENDENT CLAIM is also included for manufacturing the energy-saving microbial mobile toilet, comprising (i) construction of toilet: arranging the door arranged on the outer frame, arranging the floor arranged in the outer frame, mounting the pedestal pan on the floor, then mounting the microbial degradation tank below the floor, arranging the vibrating sieve device at the lower end of the microbial degradation tank, arranging the collecting tank device at the lower end of the vibrating sieve device, arranging the microbial degradation tank switch valve at the bottom of the microbial degradation tank, installing the stirrer inside the microbial degradation tank, connecting the feeding pipeline and discharge pipeline with the microbial degradation tank and mounting on the floor, installing the lamp and solar energy cell group at the top part of the outer frame from inside to outside comprising the pedestal, setting the pedestal with the groove, providing the electrode sheet at the bottom of the groove placed with the solar energy cell connecting with the electrode sheet, mounting the drying unit at each inner groove, installing the focusing lens at the top part of the solar energy cell and locating on the glass substrate, drying unit and solar energy cell, forming the space between the focusing lens, glass substrate and groove and filling with polyvinyl butyral material, setting the solar panels on the top of the toilet frame and/or the sunny side, connecting the solar panels to the storage battery, providing the storage battery electric connection with the heating pipe and temperature control switch of microbial degradation tank, connecting the temperature control switch to the heating pipe, and setting the temperature to 35 plus minus 3 degrees C by the temperature control switch; and (ii) filling the microbial degradation tank with powder-shaped microbial culture media, where the microbial culture material comprises sawdust, rice husk or crushed straw, and the microorganisms are effective microorganisms (EM), degrading the excrement in the tank, discharging carbon dioxide and ammonia produced by fermentation through the discharge pipe, where the small amount of solid content as a nutrient source is absorbed by microbes, replacing the microbial culture medium material in the microbial degradation tank after microbial degradation, opening the microbial degradation tank switch valve to allow the microbial culture media material to enter into the vibrating screen, restarting the vibrator for uniformly falling the microbial culture material into the collecting tank, finally opening the collecting tank door, pulling out the collecting tank for replacement, feeding the microbial culture medium into the microbial degradation tank through the feed pipe, and removing the microbial culture medium material after fermentation for using as organic fertilizer.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of the energy-saving microbial mobile toilet.