基于Arduino的模糊逻辑自动室温调节器制作温度

Mujib Hidayah, Edi Prihartono, Budi Santoso
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引用次数: 2

摘要

发酵过程中的主要障碍是温度和天气因素的不确定性,如果在温度较低的发酵过程中,发酵过程中的温度要求在30-35℃之间,湿度在70%以下,因此发酵过程中的温度要求在30-35℃之间,因此发酵过程中的温度要求在30-35℃之间,因此发酵过程中的温度要求在30-35℃之间,温度要求在70%以下。温度的不稳定必然会影响发酵过程的持续时间。这就需要一种能在发酵过程中稳定室温的工具。tempe的自动温度控制是采用模糊逻辑方法作为智能控制系统,Arduino Mega 2560作为单片机,DHT11传感器作为室内温湿度的检测器,YL-69和YL-38传感器检测已成为温湿度参数是否成熟的tempe含水量,加热器和风扇作为执行器稳定室温。采用模糊逻辑方法的自动调温器在发酵过程中能够稳定室温,其准确度为65%,召回率为100%,准确度为65%,在同类产品中成功率较高
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Automatic Room Temperature Regulator for Making Tempe Based on Arduino with Fuzzy Logic Method
The main obstacles of the tempe producers in fermentation process are the uncertain temperature and weather factors, if in the cold temperatures of tempe producers tend to still use manual way to keep the temperature in tempe, that is by covering the surface using cloth, newspaper or other cover because for the fermentation process in tempe temperature required ranges between 30-35o C and humidity below 70%. With unstable temperature can certainly affect the duration of tempe fermentation process. For that required a tool that can stabilize the temperature of the room on tempe fermentation process. Automatic temperature control for the manufacture of tempe is using fuzzy logic method as a smart control system, Arduino Mega 2560 as a microcontroller, DHT11 sensor as the detector temperature and humidity of the room, YL-69 & YL-38 sensors to detect the tempe water content that has become tempe parameter already mature or not, and heater and fan as actuators to stabilize the room temperature. Automatic temperature regulator for tempe making with fuzzy logic method is able to stabilize room temperature in fermentation process tempe and success rate of this tool in category good enough because get value from precision equal to 65%, recall 100%, and accuracy equal to 65%
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