(ZA9403198-A)      The assembly comprises the solar dish concentrator (1) with a focal point, and a driving mechanism to move the concentrator so that it tracks the sun. An absorption mechanism (2) absorbs solar energy and is located at the focal point. A fluid conduit connects the absorption mechanism a power generator (14), where the solar energy is absorbed, using flexible joints (4,7,10).    The power generator is a Rankine binary cycle turbine. The conduit (3) includes a rigid tube and two rotatable flexible joints, the joints are connected one to each end of the tube. The tube has two separate passageways, one used for fluid going towards the generator, the other for fluid flowing from the generator. One passageway is situated inside the other passageway.    ADVANTAGE -   Assembly is better able to withstand higher fluid temperatures used, and provides better environment for fluid, in that it circulates in closed cycle, hotter fluid in inner conduit and cooler returning fluid in outer conduit.    (DE4493139-T)      The assembly comprises the solar dish concentrator (1) with a focal point, and a driving mechanism to move the concentrator so that it tracks the sun. An absorption mechanism (2) absorbs solar energy and is located at the focal point. A fluid conduit connects the absorption mechanism a power generator (14), where the solar energy is absorbed, using flexible joints (4,7,10).    The power generator is a Rankine binary cycle turbine. The conduit (3) includes a rigid tube and two rotatable flexible joints, the joints are connected one to each end of the tube. The tube has two separate passageways, one used for fluid going towards the generator, the other for fluid flowing from the generator. One passageway is situated inside the other passageway.    ADVANTAGE -   Assembly is better able to withstand higher fluid temperatures used, and provides better environment for fluid, in that it circulates in closed cycle, hotter fluid in inner conduit and cooler returning fluid in outer conduit.