Photovoltaic Production Selection Using WSM MCDM Method

Photovoltaics Center for Devices at the University of New South Wales and the Pacific Solar This In the review, the field of plasmonics and the growing plasmonics, below photovoltaic Below the photovoltaic, the Plasmonics encounter methods of directing and localizing light We have reviewed the latest developments. Plasmonic structures absorb photovoltaics Can provide at least three ways to reduce the The body thickness of the layers, at the same time Kane Provide at least three voices to Rhodes the Physical Dickens of the Layers, at the same time Their optical thickness is constant. This paper makes a speciality of the implementation of multi-criterion decision making (MCDM) techniques to evaluate the performance of personnel in the garment enterprise. Pays. In this have a look at, the analytical hierarchical manner (AHP), weighted sum version (WSM) and weighted product version (WPM) had been used to solve the worker selection problem. Are encouraged. First, the metal Nanoparticles as sub-wavelength scattering components Can also be used from the sun.. Breast, metal ganoparticles can be set as sub-wavelength scanning components and frame the sun Fold. Second, metal nanoparticles can be used as auxiliary wave antennas, including plasmonic The adjacent field is connected to the semiconductor and its effective absorption cross section Increases. Third, a thin photovoltaic absorber layer A corrugated metal on the rear surface can combine sunlight with SPP. compartments, which is a new solar cell with a small semiconductor thickness Will lead to designs, thus reducing material costs. Application (%), cost raw material, thickness, art level of technology, cost module used rating sublimation, cdTe parameter and box carrier (batch) a-si, high-rate a-si, High ratec1GS, sputtering c1 G, cdTe electrotoposition, silicon Film, single cestile silicon alternative values in which we used the WSM method. CdTe sublimation got first rank and silicon film got last rank from analysis.