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I try to make set of design conditions from ASHRAE HOF. When i check the sizing result for humidification design condition, The peak outdoor humidity ratio is at 0.038 kg/kgdry air (35.6oC dp) - a lot more than input humidity condition 0.0288 (28.8oC DP) and dry-bulb temperature at 35.7 oC - an incredibly high so the coil is oversized hardly. How E+ can get so high peak value ? Please see attachment for my demonstration https://www.dropbox.com/s/5zlqyc48lx7ih8v/03dehumidbaselineholiday.idf?dl=0. Thanks

I try to make set of design conditions from ASHRAE HOF. When i check the sizing result for humidification design condition, The peak outdoor humidity ratio is at 0.038 kg/kgdry air (35.6oC dp) - a lot more than input humidity condition 0.0288 (28.8oC DP) and dry-bulb temperature at 35.7 oC - an incredibly high so the coil is oversized hardly. How E+ can get so high peak value ? Please see attachment for my demonstration https://www.dropbox.com/s/5zlqyc48lx7ih8v/03dehumidbaselineholiday.idf?dl=0. Thanks

I try to make set of design conditions from ASHRAE HOF. When i check the sizing result for humidification design condition, The peak outdoor humidity ratio is at 0.038 kg/kgdry air (35.6oC dp) - a lot more than input humidity condition 0.0288 (28.8oC DP) and dry-bulb temperature at 35.7 oC - an incredibly high so the coil is oversized hardly. How E+ can get so high peak value ? Please see attachment for my demonstration https://www.dropbox.com/s/5zlqyc48lx7ih8v/03dehumidbaselineholiday.idf?dl=0. Thanks