NOVELTY - The PV module assembly (10) has a PV cell (14) set between the transparent first layer (12) second surface and second layer (18) first surface. A cured layer (38) is set between first layer second surface and second layer first surface and is a fluid having viscosity of less than or equal to 1500 centipoise before curing. The first layer and/or second layer contain polycarbonate. The second layer contains a blend of polyphenylene ether and polystyrene. A fluid layer (36) is set between first layer and PV cell and contains silicon oil.    USE - PV module assembly e.g. thermoplastic crystalline silicon solar PV module assembly for solar power generation application in structure. Uses include but are not limited to building facade, rooftop such as skylight or roofing tile, highway/railroad sound barrier, greenhouse, dual purpose window glazing, and commercial building.    ADVANTAGE - Reduces weight of the PV module assembly by replacing the glass layer with plastic layer and/or optionally replacing the aluminum frame and back layer with integrated plastic frame in the second layer. Eliminates frame altogether and further decreases the weight of assembly since connecting layer is utilized to connect the first layer and second layer. The PV module assemblies with lesser components or with components that are integrated with one another e.g. the junction box, cables, and/or connectors integrated with the frame decrease the amount of time necessary for production and assembly of the PV module. Reduces carbon footprint since cells are recovered during the manufacturing process if any faults are detected and cells are easily reused after the useful life of module by using the non-laminating assembly. The fluid layer and/or cured layer protects the PV cells against moisture and transfers heat away from the cells, thus leading to higher efficiency at high operating temperatures. Reduce costs, decreases production times, reduces weight of the PV module, and optimizes the yield of system during the useful time by integrating the turbulent air flow and texturing in the PV module.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method of making a photovoltaic module assembly.    DESCRIPTION OF DRAWING(S) - The drawing shows an expanded cross sectional side view of the PV module assembly.    Photovoltaic module assembly (10)    First layer (12)    Photovoltaic cell (14)    Second layer (18)    Fluid layer (36)    Cured layer (38)