Berdasarkan hasil desain dan implem

Berdasarkan hasil desain dan implementasi serta uji coba pembuatan sistem pengendalian suhu, kelembaban dan intensitas cahaya maka dapat disimpulkan bahwa sistem dapat mendeteksi kondisi diluar prototype yaitu suhu ,kelembaban dan intensitas cahaya dengan baik. Pengimplementasian algoritma fuzzy dengan tambahan metode konvensional dapat menciptakan ruangan pada prototype yang ideal untuk tanaman hari pendek bertumbuh yaitu dengan suhu 230C - 280C, kelembaban 50% - 70% dan intensitas cahaya (+/-) 400 lux pada waktu penyinaran.

Hasil (Inggris) 1:

Based on the results of the design and implementation of a trial as well as the creation of a system for controlling the temperature, humidity and light intensity then it can be inferred that the system can detect conditions outside of the prototype of temperature, humidity and light intensity very well. Implementation of fuzzy algorithms with additional conventional methods can create room on the ideal prototype for short day plants grow with 230C-280C temperature, humidity 50%-70% and light intensity (+/-) 400 lux at shines.

Hasil (Inggris) 2:

Based on the results of the design and implementation as well as the production test system temperature control, humidity and light intensity, it can be concluded that the system can detect conditions beyond the prototype, namely temperature, humidity and light intensity well. Implementation of fuzzy algorithms in addition to the conventional method can create the prototype of the ideal room for a short day plants grow is the temperature of 230C - 280C, humidity 50% - 70% and the intensity of light (+/-) 400 lux at the time of irradiation.