Ebert, MatthieuMatthieuEbertDörsam, TobiasTobiasDörsamFellmeth, TobiasTobiasFellmethHädrich, IngridIngridHädrichEitner, UlrichUlrichEitnerBiro, DanielDanielBiroWiesenfarth, MaikeMaikeWiesenfarthNoriega, P.P.NoriegaCaparros, S.S.CaparrosCastano, F.F.Castano2022-03-122022-03-122014https://publica.fraunhofer.de/handle/publica/38620110.1109/PVSC.2014.6925341A versatile interconnection and receiver concept for back contact low concentrating crystalline solar cells is presented. The key feature is the AP-C-MWT cell which allows for any cell formats as a multiple of 22.5 × 10 mm2. We demon-strate the feasibility of an adequate receiver concept and show the electrical optimization steps for a given concentration. The steps include the electrical finite-element-method (FEM) simula-tion of the interconnector conductivity and an analytical model to derive the optimal geometric design. Finally measured efficiency data for a built prototype are reported, showing a receiver effi-ciency based on string area of 19.2% (C=9.9) and a cell to receiv-er efficiency of 99.3%.enPhotovoltaische ModuleSysteme und ZuverlässigkeitIII-V und Konzentrator-PhotovoltaikPhotovoltaische Module und KraftwerkeKonzentrator-BauelementeModulentwicklungCPVinterconnectioncellsreceivercontact cellsconference paper