NOVELTY - Forming a photovoltaic module comprises: providing a first layer; applying a first adhesive layer to the first layer; securing a first layer of conductors on the sealing layer; securing a set of photovoltaic cells; electrically coupling at least a portion of the photovoltaic cells in parallel; securing a set of interconnecting conductors; securing a second layer of conductors to the photovoltaic cells; electrically coupling the set of interconnecting wires; and applying a final layer over the set of photovoltaic cells and the first layer of conductors.    USE - The methods are useful for forming a photovoltaic module; for forming a large scale photovoltaic module array; and for connecting a set of photovoltaic cells (all claimed).    ADVANTAGE - The method produces an efficient and highly reliable photovoltaic module.    DETAILED DESCRIPTION - Forming a photovoltaic module comprises: providing a first layer; applying a first adhesive layer to the first layer; securing a first layer of conductors on the sealing layer; securing a set of photovoltaic cells on the first layer of conductors; electrically coupling at least a portion of the photovoltaic cells in parallel; securing a set of interconnecting conductors to the first layer of conductors; securing a second layer of conductors to the photovoltaic cells and the set of interconnecting conductors; electrically coupling the set of interconnecting wires to the first layer of conductors and the second layer of conductors, where in at least one of the first layer of conductors, the second layer of conductors and the set of interconnecting conductors are non-flat electrical wires; and applying a final layer over the set of photovoltaic cells and the first layer of conductors, the interconnecting conductors and second layer of conductors. INDEPENDENT CLAIMS are:    (1) a method of forming a large scale photovoltaic module array comprising: forming at least one support member onsite; securing the at least one support member to a foundation structure; securing a set of photovoltaic modules to the at least one support member; and electrically coupling the set of photovoltaic modules;    (2) a method of connecting a set of photovoltaic cells comprising: electrically coupling a first surface of the set of photovoltaic cells to a first conductive layer, the first surface of the set of photovoltaic cells having a first polarity; and electrically coupling a second surface of the set of photovoltaic cells to a second conductive layer, the second surface of the set of photovoltaic cells having a second polarity, the second surface of the set of photovoltaic cells being opposite the first surface, where at least one of the first conductive layer or the second conductive layer includes non-flat electrical wires; and    (3) a photovoltaic module comprising: a first layer; a first adhesive layer on the first layer; a first layer of conductors on the sealing layer; a set of photovoltaic cells on the first layer of conductors where the first layer of conductors electrically couple at least a portion of the photovoltaic cells in parallel; a set of interconnecting conductors electrically coupled to the first layer of conductors; a second layer of conductors electrically coupled to the photovoltaic cells and the set of interconnecting conductors, where in at least one of the first layer of conductors, the second layer of conductors and the set of interconnecting conductors are non-flat electrical wires; and a final layer over the set of photovoltaic cells and the first layer of conductors, the interconnecting conductors and second layer of conductors.