TECHNOLOGY FOCUS - INSTRUMENTATION AND TESTING - Preferred Components: The device has several covers installed solar modules to produce power from sunlight as source to combined heat and power generators, and to maintain vacuum inside by superimposing two covers around a duct frame coupled to external vacuum pump. The biogas collected from the collecting part is used as energy source of the combined heat and power generators, where power produced with the combined heat and power generators is used for neutralization of electric power of the anaerobic fermenter tank, primary fermentation tank, the substitution tank and lighting and heating unit provided on the aging tank and the power of the agitating unit, the first partition wall and the conveying screw. The heating unit has heat pipes or heating ducts. The bottom surface of the pre-processing unit is formed inclined to supply organic waste based on its weight to the solid anaerobic fermentation part. The anaerobic fermenter tank is provided with a first rail longitudinally at both sides, and a second rail, which transfers along the first rail, provided on upper portion of the first rail, where agitating unit is installed on the second rail. The agitating unit comprises a suction part for stirring and crushing by sucking the organic waste in the anaerobic fermentation tank, a conveying part for conveying crushed organic waste from the suction part, a discharging part for discharging the organic waste, connected to the conveying part, a moving part for moving the discharging part in longitudinal direction and width direction of the anaerobic fermenter tank and for moving the suction part in vertical direction, and a controller for controlling the suction part, the conveying part, the discharging part and the moving part. The controller is further provided with a detecting part for detecting the state of the organic waste by obtaining data including release amount of water and gas, pulverized particle size, temperature, pressure, and viscosity of the organic waste, and controls the suction part, the conveying part, the discharging part and the moving part according to data obtained from the detecting part. The moving part comprises a first motor for moving the agitating unit in longitudinal direction of the anaerobic fermenter tank, a second motor for moving the agitating unit in width direction of the anaerobic fermenter tank, and a hydraulic cylinder for vertically moving the suction part of the agitating unit. The suction part comprises a suction screw body rotating under control of the controller, a suction screw blade moving the organic waste towards center of the suction screw body by rotating mounted on the suction screw body, and a suction screw cover for compression crushing the organic waste with the suction screw blade located on back of the suction screw body. The discharging part comprises a discharging screw body rotating under control of the controller, a discharging screw blade for dispensing the organic waste carried along the conveying part along the longitudinal direction of the discharging screw body, and a discharging screw cover located at lower surface of the discharging screw blade by rotating mounted on the discharging screw body. The first fermentation tank and the substitution tank of the post-processing unit are separated via automatically raising second partition wall. A trough plate is provided for collecting rain water at ends of the cover, and a rain water tank is embedded connected to the trough plate for collecting rain water. The solar modules are arranged alternately on surface of the cover exposed to sunlight. The duct frame is made of flexible material, and the cover is configured to swell by biogas generated in the anaerobic fermentation tank.