{"references": ["", "K.J. Chua, \"A comparative study of different control strategies for\nindoor air humidity\", Energy and Buildings 39 537\u2013545, 2007.", "Z. Lin, Deng D S., \"Sizing room air conditioners used in sleeping\nenvironmentsin the subtropics\", Building Science 22 (6A) 30\u201333 (in\nChinese), 2006.", "H.I. Henderson, K. Rengarajan, D.B. Shirey, \"The impact of comfort\ncontrol on air conditioner energy use in humid climates\", ASHRAE\nTransactions 98 (2) 104\u2013113, 1992.", "W. Zhu, et al., \"In situ performance of independent humidity control\nairconditioning system driven by heat pumps\", Energy and Buildings\n421747\u20131752, 2010.", "J.L. Niu, L.Z. Zhang, H.G. Zuo, \"Energy saving potential of chilledceiling\ncombined with desiccant cooling in hot and humid climates\",\nEnergy and Buildings 34 487\u2013495, 2002.", "D. La, Y. Dai, Y. Li, \"Study on a novel thermally driven air conditioning\nsystem with desiccant dehumidification and regenerative evaporative\ncooling\", Building and Environment 45 2473\u20132484, 2010.", "S.C Sekhar, L.T. Tan, \"Optimization of cooling coil performance during\noperation stages for improved humidity control\", Energy and Buildings\n41 229\u2013233, 2009.", "J.-H. Huh, M.J. Brandemuehl, \"Optimization of air-conditioning system\noperating strategies for hot and humid climates\", Energy and Buildings\n40 1202\u20131213, 2008.", "X. Han, X. Zhang, \"System form analysis and energy consumption\ncalculation of radiant ceiling and outdoor air system using chiller unit as\ncold source\", Building Science 23 (10) 40\u201343 (in Chinese), 2007.\n[10] X. Han, X. Zhang, \"Experimental study on a residential temperature\u2013\nhumidity separate control air-conditioner\", Energy and Buildings 43\n3584-3591, 2011."]}

Having done in this study, air-conditioning automation for patisserie shopwindow was designed. In the cooling sector it is quite important to cooling up the air temperature in the shopwindow within short time interval. Otherwise the patisseries inside of the shopwindow will be spoilt in a few days. Additionally the humidity is other important parameter for the patisseries kept in shopwindow. It must be raised up to desired level in a quite short time. Traditional patisserie shopwindows only allow controlling temperature manually. There is no humidity control and humidity is supplied by fans that are directed to the water at the bottom of the shopwindows. In this study, humidity and temperature sensors (SHT11), PIC, AC motor controller, DC motor controller, ultrasonic nebulizer and other electronic circuit members were used to simulate air conditioning automation for patisserie shopwindow in proteus software package. The simulation results showed that temperature and humidity values are adjusted in desired time duration by openloop control technique. Outer and inner temperature and humidity values were used for control mechanism.