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Figure from:Energy and exergy analysis of heat pipe based SWH system integrated with phase change material for clear and cloudy days: An experimental approach

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Table 2

Table 2

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per the liquified density, 1.9 kg of selected palmitic acid is filled in each tube.
per the liquified density, 1.9 kg of selected palmitic acid is filled in each tube.
Table 1: Description of the several thermocouples locations on the SWH system Table 2: Specification of the experimental setup
Table 1: Description of the several thermocouples locations on the SWH system Table 2: Specification of the experimental setup
LPH for clear weather conditions and Run-/I at 20 LPH for cloudy weather conditions. For
LPH for clear weather conditions and Run-/I at 20 LPH for cloudy weather conditions. For
2:00 p.m. due to an overcast sky with dense clouds. 4.2 Thermal energy gain variation for a clear and cloudy day
2:00 p.m. due to an overcast sky with dense clouds. 4.2 Thermal energy gain variation for a clear and cloudy day
during intermittent cloudy conditions. 4.3 Average PCM temperature variation for clear and cloudy days
during intermittent cloudy conditions. 4.3 Average PCM temperature variation for clear and cloudy days
has aextended phase change period than the standard SWH system.
has aextended phase change period than the standard SWH system.
Table 3: Various experimental results comparison with the present study study, as shown in Table 3.
Table 3: Various experimental results comparison with the present study study, as shown in Table 3.