Project Content:
Three models were simulated using TRNSYS software: a conventional solar domestic hot water (SDHW) system, a single-tank solar combisystem, and a dual-tank solar combisystem. To determine the effect of climate conditions, two metropolitan cities in Taiwan were simulated. Results showed that the dual-tank solar combisystem employed in both Taipei and Kaohsiung had the lowest electrical consumption and operating cost. Ultimately, the incremental capital costs of the solar combisystems were considered, and realistic payback periods were calculated to determine economic feasibility.
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