NOVELTY - The solar sea water desalination plant with a power station, comprises a sea water evaporation basin (6) filled and heated over a sea water inlet (3, 3a), support grids (2) and a funnel-shaped support filter (62) for preventing the penetration of sea animals and/or sea plants into the evaporation plant, and pressure flaps (20) built in a cover (19). The water vapor raising from the evaporation basins is supplied into steam ducts to and through the upwind power stations and into condensing pipes. The developed condensate is directed via connecting tubes to condensation collecting pipes.    USE - Used as a solar sea water desalination plant with a power station.    ADVANTAGE - The solar sea water desalination plant is very effective and high-performance in all areas with very high amortization and capable of producing fresh water, salt and electrical energy in an energy efficient manner.    DETAILED DESCRIPTION - The solar sea water desalination plant with a power station, comprises a sea water evaporation basin (6) filled and heated over a sea water inlet (3, 3a), support grids (2) and a funnel-shaped support filter (62) for preventing the penetration of sea animals and/or sea plants into the evaporation plant, and pressure flaps (20) built in a cover (19). The water vapor raising from the evaporation basins is supplied into steam ducts to and through the upwind power stations and into condensing pipes. The developed condensate is directed via connecting tubes to condensation collecting pipes and via a down-pipe to turbines. The condensing pipes are present in ventilation shafts placed over the evaporation area consisting cooling chamber with warm air. The inlet basin is present indirectly in the sea and runs around the whole building of the desalination plant. The support grids are arranged between the sea and the inlet basin and also between the inlet basins and the supply basin. The support filter is present at the inlet of the upstream lines in the supply basin. The support lattices and the support filter are detached for maintenance. The evaporation basins are filled by pumps via the upstream lines, distribution lines, inlet valves and outlet valves. The inlet valve is higher than the outlet valve. The fill-level in the evaporation basin is 20 mm and over this level an optical and/or an acoustic safety signal is intended. Another optical and/or acoustic safety signal is intended over the level of the closed passage valve. The evaporation basins, the pipings and the power-lines are attached at masts. The heating medium is heated by parabolic grooves alternatively by industrially or manually manufactured collectors. The manually manufactured collectors are used for solar heating system. The heating surface of pipes or the heating element consists of a material conducting the heat. The heating medium is supplied via a pre-flow pipe to heat exchangers. A return pipe is led by the supply basin and to the solar surfaces. The heating medium is conveyed by the pumps in the heating cycle. The upper cover of the heating chambers consists of a thick glass pane or a thermal glass pane or thick glass panes or thermal glass panes are arranged one above the other with a distance. The pre-flow and the return flow of the heating medium are arranged in the heating chamber next to each other or among themselves. The solar surface is aligned over a control plant right-angled to the sun. The control is made by telescopes over a computer system. In larger plants, solar surfaces are provided on the roof of the building and backside of the building. The heating elements are led togetherly from the heating chambers into a larger pipe, which leads into the building. Pipes or flat body with reciprocally curved surface are used for the heat exchanger. Expansion tanks and pressure control valves are installed at the highest points of the pre-flow. The water vapor produced in the evaporation basin is supplied by the steam ducts to the upwind power stations or the water vapor freely in the evaporation chamber is fed to the upwind power stations, or the water vapor in the supply basins is led to the condensation pipes to preheat the sea water. The upwind power stations are rotors, which are coupled with a generator. The condensing pipes are present in the cooling chambers. Pressure valves are intended in the condensing pipes. The connecting tubes connect the condensing pipes with the condensation collecting pipes present under the cover in the evaporation chamber. The drive of generator is mounted in the condensing pipes and in the steam ducts by an impeller or rotor, or in the condensation collecting pipes and in the condensation pipes by the impeller. The installation of the generator drive is present in the down-pipe if the performance of the turbines is not impaired. The warm condensed water, after flowing through the turbines, and the return flow of the heating medium are supplied through the condensation pipes into the supply basins for the delivery of the waste heat to the sea water. The supply basins are isolated against calorific loss and are provided with a cover. The heating medium reaches the desired temperature in the pre-flow and the flow is used to pre-heating the sea water in the upstream-line. The pumps for the heating medium are switched on, if the heating medium in the pre-flow of the solar plant reaches an adjusted temperature and the supplied flow for additional heat exchanger is in the evaporation basins, then the pumps are switched off. The building is provided into the depth so that the sea water is not pumped to the evaporation basins and the current generation is possible with all variants. The entire evaporation plant is used only as pure power station and is independent of the intake water. The water in an open cycle is evaporated again and again and condensed. The saturated solution from the evaporation basin is discharged for the salt extraction by the outlet pipe through opening of the stop valve, and led into a separate salt basin and then dried with waste heat of the return flow of the heating medium and/or the condensed water, and/or with surplus steam from the steam ducts up to the final salt extraction. The developing water vapor is cooled and the condensed water is collected.    DESCRIPTION OF DRAWING(S) - The diagram shows a solar sea water desalination plant.    Support grids (2)    Sea water inlet (3, 3a)    Sea water evaporation basin (6)    Cover (19)    Pressure flaps (20)    Support filter. (62)