collectors and releasing thermal energy inside the heat exchanger 4 with reference to fig1 and 2 the steam produced inside heat exchanger 4 exits the steam generator vessel 2 and proceeds through steam piping 11 towards a steam turbine 16 as known to those skilled in the art the steam turbine 16 utilizes the energy contained in the steam to generate rotary motion this motion in turn is used by generator 15 to produce electricity as shown in fig1 an optional superheater 12 may be attached to steam piping 11 prior to entry into steam turbine 16 the superheater 12 can be used to add additional heat to the steam from any external heat source 14 including but not limited to additional solar heating sources an optional moisture separator 13 can also be attached to steam piping 11 returning to fig2 after powering the steam turbine 16 the steam will exit the turbine 16 and enter a condenser 17 where it will be condensed back into water the water then is transferred to a heat rejection device 18 such as a cooling tower the cooled water will then flow back into the steam generator vessel 2 of heat exchanger 4 one or more pumps 19 may act to pump the water back to the heat exchanger 4 in such a manner the water is ready to again be heated by the.