Prototype Design of Solar Collector Hybrid Heating System and Testing of Triethylene Glycol Nanofluid

The inclusion of solar energy, which is a renewable energy source, in heating systems buildings provides significant advantages. To make with sufficient and efficient, nanofluids are used collectors. In this study, hybrid prototype produced, control mechanism controlling the operation system established tests carried out by including monoethylene glycol, propylene aluminum oxide, copper titanium dioxide, especially triethylene glycol-based system. Finally, new nanofluid obtained mixing glycol oxide tested on prototype. With under same conditions, temperature differences certain time period observed recorded. It that mixture water provided lowest increase providing 8.6 °C range 0-90 minutes. also highest achieved 21 pure mixture. Although performs more inefficiently than other mixtures, it thought can be for heat storage since heats up long cools down time.