(DE19932640-A1)   NOVELTY - A photovoltaic module comprises a substrate (14) with a front contact (20) and a back contact (34), and at least one solar cell (26). The back contact comprises a dual layer contact with inner and outer layers. The inner layer is a wide band gap semiconductor oxide such as SnO, ITO, ZnO or cadmium stannate. The outer layer comprises Al, Ag, Mo, Pt, steel, Fe, Nb, Ti, Cr, Bi or Sb, or their oxides.    USE - For converting solar radiation and other light into useful electrical energy.    ADVANTAGE - High quality interconnects are formed that are stable under thermal recycling and do not significantly increase in series resistance after humidity freeze cycling. The modules, and the method of forming them, are economical, user-friendly and efficient.    (FR2781930-A1)   NOVELTY - A photovoltaic module comprises a substrate (14) with a front contact (20) and a back contact (34), and at least one solar cell (26). The back contact comprises a dual layer contact with inner and outer layers. The inner layer is a wide band gap semiconductor oxide such as SnO, ITO, ZnO or cadmium stannate. The outer layer comprises Al, Ag, Mo, Pt, steel, Fe, Nb, Ti, Cr, Bi or Sb, or their oxides.    USE - For converting solar radiation and other light into useful electrical energy.    ADVANTAGE - High quality interconnects are formed that are stable under thermal recycling and do not significantly increase in series resistance after humidity freeze cycling. The modules, and the method of forming them, are economical, user-friendly and efficient.    (JP2000058887-A)   NOVELTY - A photovoltaic module comprises a substrate (14) with a front contact (20) and a back contact (34), and at least one solar cell (26). The back contact comprises a dual layer contact with inner and outer layers. The inner layer is a wide band gap semiconductor oxide such as SnO, ITO, ZnO or cadmium stannate. The outer layer comprises Al, Ag, Mo, Pt, steel, Fe, Nb, Ti, Cr, Bi or Sb, or their oxides.    USE - For converting solar radiation and other light into useful electrical energy.    ADVANTAGE - High quality interconnects are formed that are stable under thermal recycling and do not significantly increase in series resistance after humidity freeze cycling. The modules, and the method of forming them, are economical, user-friendly and efficient.    (US6077722-A)   NOVELTY - A photovoltaic module comprises a substrate (14) with a front contact (20) and a back contact (34), and at least one solar cell (26). The back contact comprises a dual layer contact with inner and outer layers. The inner layer is a wide band gap semiconductor oxide such as SnO, ITO, ZnO or cadmium stannate. The outer layer comprises Al, Ag, Mo, Pt, steel, Fe, Nb, Ti, Cr, Bi or Sb, or their oxides.    USE - For converting solar radiation and other light into useful electrical energy.    ADVANTAGE - High quality interconnects are formed that are stable under thermal recycling and do not significantly increase in series resistance after humidity freeze cycling. The modules, and the method of forming them, are economical, user-friendly and efficient.    (GB2339963-B)   NOVELTY - A photovoltaic module comprises a substrate (14) with a front contact (20) and a back contact (34), and at least one solar cell (26). The back contact comprises a dual layer contact with inner and outer layers. The inner layer is a wide band gap semiconductor oxide such as SnO, ITO, ZnO or cadmium stannate. The outer layer comprises Al, Ag, Mo, Pt, steel, Fe, Nb, Ti, Cr, Bi or Sb, or their oxides.    USE - For converting solar radiation and other light into useful electrical energy.    ADVANTAGE - High quality interconnects are formed that are stable under thermal recycling and do not significantly increase in series resistance after humidity freeze cycling. The modules, and the method of forming them, are economical, user-friendly and efficient.    (JP2001177137-A)   NOVELTY - A photovoltaic module comprises a substrate (14) with a front contact (20) and a back contact (34), and at least one solar cell (26). The back contact comprises a dual layer contact with inner and outer layers. The inner layer is a wide band gap semiconductor oxide such as SnO, ITO, ZnO or cadmium stannate. The outer layer comprises Al, Ag, Mo, Pt, steel, Fe, Nb, Ti, Cr, Bi or Sb, or their oxides.    USE - For converting solar radiation and other light into useful electrical energy.    ADVANTAGE - High quality interconnects are formed that are stable under thermal recycling and do not significantly increase in series resistance after humidity freeze cycling. The modules, and the method of forming them, are economical, user-friendly and efficient.    (US6288325-B1)   NOVELTY - A photovoltaic module comprises a substrate (14) with a front contact (20) and a back contact (34), and at least one solar cell (26). The back contact comprises a dual layer contact with inner and outer layers. The inner layer is a wide band gap semiconductor oxide such as SnO, ITO, ZnO or cadmium stannate. The outer layer comprises Al, Ag, Mo, Pt, steel, Fe, Nb, Ti, Cr, Bi or Sb, or their oxides.    USE - For converting solar radiation and other light into useful electrical energy.    ADVANTAGE - High quality interconnects are formed that are stable under thermal recycling and do not significantly increase in series resistance after humidity freeze cycling. The modules, and the method of forming them, are economical, user-friendly and efficient.