Abstract: Equipment for storage of heat energy preferably for storage of heat energy by converting electric energy produced by plants utilizing wind energy into heat energy and using the stored heat energy for providing various heat supply services, and, in order to eliminate the disadvantages due to the intermittent operation of plants utilizing wind energy, using the stored heat energy for generating electric energy during windless period; furthermore, storing the energy by means of cheap electric energy produced by the power stations during night and using it during peak load periods.

Abstract: A device utilizing solar energy, including four supporting-moving mechanisms moving and adjusting collectors in more than one direction connected to a frame, the supporting-moving mechanism is also connected to a fix base surface, an absorbing plate black colored and with pyramidal or wedge shape is placed on an insulating plate laying on the base plate of the plane collectors placed on the frame, translucent covering plate covers all the surface, baffles between the base plate and translucent covering plate perpendicular to the base plate and parallel to each others provide an air current path, the farthest baffles form side walls, opposite to the inlet of the air current path installed with filter an outlet is provided, the inlet of the air pump house is connected to the outlet to which a device utilizing the heat energy is connected.

Abstract: Method and apparatus for the utilization of solar energy with collecting units that are located in geostatic orbits. The collecting units include collecting mirrors coupled to navigation units, protecting mirrors and concentrating mirrors. Mirror arrays are provided in the collecting units, the separate members of the arrays being computer controlled to concentrate solar energy toward the earth. The solar energy thus concentrated can be directed toward atmospheric disturbances to disperse them, or it can be used for the production of steam and/or electrical energy.

Abstract: A steam generator a steam turbine driving unit, designed for the use of gaseous propellant, especially hydrogen, containing a gas supply unit, an air feeding unit (20), a steam generator (1) and steam turbine (77). The gas supply unit is provided with a supply container (8), a gas container (18), and with fittings used for filling up and gas supply. The air feeding unit is provided with instruments regulating air flow, and with an air filter (25). The steam generator is provided with a combustion chamber (1) having a ceramics wall, and the cooling pipes (31) adapted for steam generation are arranged in the combustion chamber (1). The steam turbine (77) is driven by the steam obtained from the cooling pipes (31) used for steam generation, and its shaft (36) represents the power output.

Abstract: An apparatus for desalination of sea water by the utilization of solar energy, advantageously accompanied by electric power generation, containing a heat caption unit (1) serving as a heat source, a sea water collecting tank (10), a pre-heating tank (11), a heat receiver (20), and evaporators (2,3,4) connected in line, and distilled water storage tanks (13). The sea water collecting tank (10) and the pre-heating tank (11) that pre-heats the sea water and cools the distilled steam are situated beside each other at different level, and the adjoining walls of the two tanks have an opening for through-flow (11a) or a through-flow tube; the discharge duct (8) of the pre-heating tank (11) is led into the evaporators where the first evaporator (2) is provided with a heater (72) heated by the heating agent, the second and the subsequent evaporators (3) are provided with a heating system consisting of pipe rings (73a) utilizing hot vapor and pipes connecting the pipe rings.