A dual-type solar power generator, the dual-type solar power generator comprising: a dual capture panel, wherein the dual capture panel comprises a reflective surface, wherein the reflective surface is configured to reflect solar radiation having a reflecting wavelength to create a reflected stream; and an absorbent surface, wherein the absorbent surface is configured to absorb solar radiation having an absorbent wavelength to create a released electron stream, wherein the absorbent surface comprises a photovoltaic cell; a thermal transfer unit, the thermal transfer unit comprising a receiving zone being configured to receive the reflected stream and to absorb heat energy from the reflected stream; a heat engine, the heat engine being in thermal communication with the receiving zone, wherein the heat engine converts the heat energy absorbed by the receiving zone and converts the heat energy to mechanical work energy; and a generator, the generator in mechanical communication with the heat engine, wherein the generator is configured to convert the mechanical work energy to an electric current; an electric conditioning system, the electric conditioning system in electrical communication with the released electron stream and the electric current, the electric conditioning system comprising: an electrical buffer, the electrical buffer configured to prevent a cross flow of the released electron stream and the electric current; a power converter, the power converter configured to equalize a released electron stream voltage with an electric current voltage; an electrical connector, the electrical connector configured to combine the released electron stream voltage with the electric current voltage to create a power source; wherein the absorbent surface forms a layer contacting the reflective surface and is characterized in that it is positioned between the reflective surface and the thermal transfer unit. a dual capture panel, wherein the dual capture panel comprises a reflective surface, wherein the reflective surface is configured to reflect solar radiation having a reflecting wavelength to create a reflected stream; and an absorbent surface, wherein the absorbent surface is configured to absorb solar radiation having an absorbent wavelength to create a released electron stream, wherein the absorbent surface comprises a photovoltaic cell; a reflective surface, wherein the reflective surface is configured to reflect solar radiation having a reflecting wavelength to create a reflected stream; and an absorbent surface, wherein the absorbent surface is configured to absorb solar radiation having an absorbent wavelength to create a released electron stream, wherein the absorbent surface comprises a photovoltaic cell; a thermal transfer unit, the thermal transfer unit comprising a receiving zone being configured to receive the reflected stream and to absorb heat energy from the reflected stream; a heat engine, the heat engine being in thermal communication with the receiving zone, wherein the heat engine converts the heat energy absorbed by the receiving zone and converts the heat energy to mechanical work energy; and a generator, the generator in mechanical communication with the heat engine, wherein the generator is configured to convert the mechanical work energy to an electric current; a receiving zone being configured to receive the reflected stream and to absorb heat energy from the reflected stream; a heat engine, the heat engine being in thermal communication with the receiving zone, wherein the heat engine converts the heat energy absorbed by the receiving zone and converts the heat energy to mechanical work energy; and a generator, the generator in mechanical communication with the heat engine, wherein the generator is configured to convert the mechanical work energy to an electric current; an electric conditioning system, the electric conditioning system in electrical communication with the released electron stream and the electric current, the electric conditioning system comprising: an electrical buffer, the electrical buffer configured to prevent a cross flow of the released electron stream and the electric current; a power converter, the power converter configured to equalize a released electron stream voltage with an electric current voltage; an electrical connector, the electrical connector configured to combine the released electron stream voltage with the electric current voltage to create a power source; an electrical buffer, the electrical buffer configured to prevent a cross flow of the released electron stream and the electric current; a power converter, the power converter configured to equalize a released electron stream voltage with an electric current voltage; an electrical connector, the electrical connector configured to combine the released electron stream voltage with the electric current voltage to create a power source; wherein the absorbent surface forms a layer contacting the reflective surface and is characterized in that it is positioned between the reflective surface and the thermal transfer unit.