NOVELTY - The solar module comprises a first bifacial solar cell (300) having a first front active side and a first back active side, where the first front and back active sides have equal solar conversion efficiencies, the first front active side has a first electrical polarity, and the first back active side has a second electrical polarity that is opposite to the first electrical polarity, a second bifacial solar cell (316) having a second front active side and a second back active side, and a bus bar (332, 334) electrically coupling the first front active side to second front active side.    USE - Used as a solar module.    ADVANTAGE - The module utilizes low operating current, and can be economically and easily manufactured with high electrical energy harvesting efficiency.    DETAILED DESCRIPTION - The solar module comprises a first bifacial solar cell (300) having a first front active side and a first back active side, where the first front and back active sides have equal solar conversion efficiencies, the first front active side has a first electrical polarity, and the first back active side has a second electrical polarity that is opposite to the first electrical polarity, a second bifacial solar cell (316) having a second front active side and a second back active side, where the second front and back active sides have equal solar conversion efficiencies, the second front active side has the second electrical polarity, a second back active side has the first electrical polarity, and the first and second bifacial solar cells are oriented in series such that the first front active side is facing in a same direction as the second front active side, and a bus bar (332, 334) electrically coupling the first front active side to second front active side. The first and second bifacial solar cells are arranged adjacent to one other, and the first front active side is coplanar with the second front active side. The solar module further comprises: a third bifacial solar cell having a third front active side and a third back active side, where the second front and back active sides have equal solar conversion efficiencies, the third front active side has the first electrical polarity, the third back active side has the second electrical polarity, and the third bifacial solar cell is oriented such that the third front active side faces the same direction as the first front active side; and an encapsulant layer (336) arranged on the first front active side and the second front active side to cover the bus bar. The bus bar electrically couples the second back active side to the third back active side. An INDEPENDENT CLAIM is included for a method for fabrication of a photovoltaic module.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic cross sectional view of an arrangement of two bifacial solar cells.    First bifacial solar cell (300)    Second bifacial solar cell (316)    Electrical contacts (328, 330)    Bus bar (332, 334)    Encapsulant layer. (336)