A photovoltaic enhanced electrical transmission system having plural electrical supply sources distributed along one or more load circuits carried by one or more transmission lines (414, 416), at least one of said plural electrical supply sources having at least one photovoltaic supply source, comprising: a utility pole suspending transmission lines (414, 416); at least one solar electric generation station supplying electrical energy having at least one frame member supporting a plurality of individual solar collector panels on said utility pole; an adjustable pivot coupling a one of said plurality of individual solar collector panels to said at least one frame member having a first adjustment inhibiting movement between said one of said plurality of individual solar collector panels and said at least one frame member, and having a second adjustment permitting movement between said one of said plurality of individual solar panels and said at least one frame member; a power coupling (624, 626) that conducts electricity generated by said at least one solar electric generation station into said transmission lines; characterised by: a first support surface within said one of said plurality of individual solar collector panels and adapted to receive a first photo-voltaic module; a second support surface within another one of said plurality of individual solar collector panels and adapted to receive a second photo-voltaic module; a first hinge affixing said second support surface to said first support surface; a third support surface within another one of said plurality of individual solar collector panels and adapted to receive a third photo-voltaic module; and, a second hinge affixing said third support surface to said first support surface. a utility pole suspending transmission lines (414, 416); at least one solar electric generation station supplying electrical energy having at least one frame member supporting a plurality of individual solar collector panels on said utility pole; an adjustable pivot coupling a one of said plurality of individual solar collector panels to said at least one frame member having a first adjustment inhibiting movement between said one of said plurality of individual solar collector panels and said at least one frame member, and having a second adjustment permitting movement between said one of said plurality of individual solar panels and said at least one frame member; a power coupling (624, 626) that conducts electricity generated by said at least one solar electric generation station into said transmission lines; characterised by: a first support surface within said one of said plurality of individual solar collector panels and adapted to receive a first photo-voltaic module; a second support surface within another one of said plurality of individual solar collector panels and adapted to receive a second photo-voltaic module; a first hinge affixing said second support surface to said first support surface; a third support surface within another one of said plurality of individual solar collector panels and adapted to receive a third photo-voltaic module; and, a second hinge affixing said third support surface to said first support surface. a first support surface within said one of said plurality of individual solar collector panels and adapted to receive a first photo-voltaic module; a second support surface within another one of said plurality of individual solar collector panels and adapted to receive a second photo-voltaic module; a first hinge affixing said second support surface to said first support surface; a third support surface within another one of said plurality of individual solar collector panels and adapted to receive a third photo-voltaic module; and, a second hinge affixing said third support surface to said first support surface.