Temperature Controlling and Monitoring System of Mao-Wine Aging Tank for Local Enterprises

Kongphope Chaarmart, A. Vora–ud, T. Seetawan
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Abstract

Constant temperature controlling for the aging of Mao-wine is significant of that quality of wine. In this presentation, the aging tank of the Mao-wine was designed and the intelligent temperature controlling and monitoring systems were carried by using Arduino Mega and ds180b20 temperature sensors. The system can detect the set temperature in the specified range. The principle that was designed is uncomplicated, easy to understand. The result showed that Mao-wine has been matured in aging tank within the temperature controlled around 13 °C. This result was confirmed with the temperature distribution during wine aging as simulated by the finite element method. Note that, this temperature as controlled was suitable into wine aging and reduced time of wine aging to product as same the quality of wine. Therefore, the principle does not require linear control because it has designed the work according to the written algorithm, so it works respectfully can be used in the local enterprises regarding Mao-wine production.
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地方企业茅酒陈化罐温度控制与监测系统
毛酒陈酿的恒温控制对毛酒的品质有着重要的影响。本文设计了茅酒陈化槽,并采用Arduino Mega和ds180b20温度传感器实现了智能控温监控系统。系统可以检测指定范围内的设定温度。所设计的原理并不复杂,容易理解。结果表明,茅酒在13℃左右的温度控制下,在陈酿罐中成熟。用有限元法模拟了葡萄酒陈酿过程中的温度分布,验证了这一结果。需要注意的是,这个温度控制在葡萄酒陈酿中是合适的,并减少了葡萄酒陈酿到产品的时间,从而保证了葡萄酒的质量。因此,该原理不需要线性控制,因为它是根据书面算法设计工作的,所以它的工作恭敬地可以用于当地企业关于毛酒的生产。
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