Solar AMTEC power system

A solar power system comprising:

• a support structure;
• a plurality of electric generator segments connected to said support structure, each segment of said plurality of electric generator segments having a receiver, a first wing extending at a first non-zero angle relative to said receiver and a second wing extending at a second non-zero angle relative to said receiver, said first non-zero angle being generally equal to and symmetrical with said second non-zero angle relative to a vertical axis of said receiver, wherein each wing includes a housing that defines an enclosed volume divided by a thermal barrier wall into a hot chamber and a cold chamber and includes a plurality of AMTEC cells extending through said thermal barrier wall between said hot chamber and said cold chamber, and wherein said receiver includes a transparent cover and a housing that defines a heated chamber, a fluid return chamber and an inlet to said heated chamber, wherein at least a portion of said fluid return chamber is thermally insulated from said heated chamber, and wherein said transparent cover is sealingly connected to said inlet, and wherein said fluid return chamber is in fluid communication with said heated chamber and said cold chambers of said wings, and said heated chamber is in fluid communication with said hot chambers of said wings;
• a linear Fresnel lens positioned relative to said plurality of electric generator segments to direct solar energy to said receivers;
• and
• said at least two wings being oriented to extend at said first non-zero and said second non-zero angle outwardly from said receiver toward said linear Fresnel lens such that said hot chamber faces said linear Fresnel lens, and gravity flow of condensed fluid from said first wing and said second wing away from said Fresnel lens to said receiver is facilitated.