The CTM analyses enable a comprehensive understanding of the development of the PV modules considering the resulting loss and gain factors, which clarify the mutual impact of the solar cell performance and the PV module design leading to the overall output of the PV module.
Using these models, the CTM ratio of a module in terms of output power as example can be calculated through Eq. (1), where represents the optical and electrical gain and loss factors after integrating the cells into the module. These factors change for different cells, module designs and materials .
Figure 3: Trend of calculated CTM-ratio in terms of output power (black) and efficiency (red) of simulated 60 cells PV modules. The CTM ratios feature an absolute increase of +3.2% and +3.4% in terms of output power and efficiency respectively. This increment is mainly due to the development of the PV module components and its optimized design.
The CTM analysis using SmartCalc.CTM requires geometrical, optical and electrical information of all PV module components. For the geometrical information, the PV module margins and external dimensions are calculated from module and corresponding cell information given in datasheets.
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When the model is run with CTM_ABFLUX set to Y, the CCTM_DRYDEP file will contain additional NH3 flux components. The variable names and …
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The increase in CTM indicates that - beside cell improvement - module and component design play a vital role in the increasing competitiveness of solar power. Figure 3: …
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When the model is run with CTM_ABFLUX set to Y, the CCTM_DRYDEP file will contain additional NH3 flux components. The variable names and definitions are defined in Table 7-2.
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