Pada tahun 2016 hassan membuat tekn

Pada tahun 2016 hassan membuat teknologi dual-axis tracker Teknologi pemasangan 2 sensor yang digunakan untuk tracking solar panel. Sensor yang pertama memiliki eror tracking sebesar 0.43O. Data sensor tersebut lebih baik dibandingkan dengan literatur yang penulis tulis pada artikel. Sedangkan sensor yang kedua memiliki eror sebesar 0.14O. eksperimen dilakukan dengan beberapa musim yakni musim dingin, semi, gugur, panas, dan selama setahun yang mampu meningkatkan solar energi hingga dengan nilai 27.7%, 32.5%, 37.3%, 42.7%, dan 35.22%. penelitian selanjutnya dilakukan dengan menggunakan teknologi tracker tanpa sensor. Didapatkan hasil energi sebesar 19.1%, 22.4%, 26.1%, 30.2%, dan 24.59%. Teknologi ini tracker menggunakan sensor memiliki kelemahan berupa skema yang kompleks dan mahal karena dibutuhkan extra komponen seperti sensor dan komponen mekanik [8].

Results (English) 1:

In 2016 hassan create a dual-axis tracker technology installation technology 2 sensor used for tracking solar panels. The first sensor has a tracking error of 0.43O. The sensor data is better than the literature which the author wrote in the article. Whereas the second sensor has an error of 0.14O. experiments were conducted with some of the winter season, spring, fall, summer, and during the year were able to increase the solar energy up to the value of 27.7%, 32.5%, 37.3%, 42.7% and 35.22%. further research is done by using tracker technology without censorship. The results obtained energy by 19.1%, 22.4%, 26.1%, 30.2% and 24.59%.

Results (English) 2:

In 2016 Hassan made dual-axis tracker technology a 2-sensor installation technology used for the tracking of solar panels. The first Sensor has a tracking error of 0.43 O. The sensor Data is better compared to the literature that the authors wrote on the article. The second sensor has an error of 0.14 O. Experiments were carried out with several seasons namely winter, spring, autumn, heat, and for a year that could increase solar energy up to 27.7%, 32.5%, 37.3%, 42.7%, and 35.22%. Further research is done using uncensored tracker technology. Obtained by 19.1%, 22.4%, 26.1%, 30.2%, and 24.59% energy results. This technology tracker uses a sensor has a weakness in the form of complex and expensive schemes because it takes extra components such as sensors and mechanical components [8].