residences especially agricultural production areas and animal husbandry areas such as open fields, vineyards, gardens, greenhouses, mushroom farms, stables, stud farms, riding centers, breeding farms, poultry farms, sheep farms, cattle farms, slaughterhouses and so on. The subject matter catcher device (1) works by being powered with solar energy in open areas and by being powered with 220V AC voltage in indoor areas. In the versions, used in fields (1c) and with pile (1d), of the catcher device (1), as can be seen in Figures 5, 6 and 7, there are solar panels (19) converting beams obtained from sun into electric energy. The electric energy coming from the solar panel (19) is carried through the solar cable (28) and stored by the battery (20). The charge control unit (6) makes the battery (20) to be charged by reducing the electrical energy from the solar panel (19) having 18-24 V down to a voltage level of 12 V. The charge control unit (6) regulates the operating time interval by means of its timer circuit. The inverter (7) ensures the voltage output from the battery (20) to be increased up to desired voltage. The 12 V voltage output from the battery (20) increases the voltage level in the inverter (7) up to 220V levels. Flies and insects have to be exposed to electrical voltage in order that they are destroyed. In the electrical voltage circuit (4) used for this purpose, the output of the inverter (7) is connected to the input of the electrical voltage circuit. The electrical current supplied to the device is supplied discontinuously by the charge- discharge method and in case of a short circuit the device stops working. Switching the catcher device (1c and 1d) on and off, thereby transmitting or disconnecting the electrical energy is performed by the switch (24). The electrical energy between the power supply, the battery (20), the charge control unit (6), the inverter (7), the electrical voltage circuit (4) and the switch (24) is transmitted via the connecting cable (8). A connection cable (8) exiting from the output end of the charge control unit (6) goes to the electrical voltage circuit (4), while another connection cable (8) goes to the socket (5). The connection cable (8) is preferably 0,75 mm thick. In versions of the subject matter catcher device (1) used in indoor warehouses (1a) and used in greenhouses (1b), as can be seen Figures 1, 2, 3 and 4, they work by being powered with 220V AC voltage from the mains electricity by means of the plug (18) and cable (16). The cable (16) is fixed on the hat (2) by means of the cable gland (17). The electrical energy from the power supply is transmitted to the electrical voltage circuit (4) and to the socket (5). The cable (16) is preferably a 3x0.75 mm TTR cable.