Pada tahun 2007 J. Canada merancang

Pada tahun 2007 J. Canada merancang sistem otomatis penangkapan radiasi matahari dirancang dengan LICOR spectroradiometers dipasang dengan fiber optics dan sensor remot cosine. Sistem ini menggunakan motor step untuk bekerja secara kontinu dan otomatis sehingga dapat menangkap iradiasi matahari. Pengukuran dilakukan pada sistem yang memiliki database dengan panjang gelombang iradiasi pada 330-1100 nm. Database memuat normal direct and global horizontal irradiance sama diffuse irradiance pada plane horizontal dengan total ketebalan optik atmosfer dan kedalaman aerosol optical [2]

Results (English) 1:

In 2007 J. Canada to design an automated system designed to arrest the solar radiation spectroradiometers Licor fitted with fiber optics and cosine remote sensor. This system uses a step motor to work continuously and automatically so that it can capture solar irradiation. Measurements were made on systems that have a database with a wavelength of 330-1100 nm irradiation. The database contains direct normal and global horizontal irradiance on a plane equally diffuse horizontal irradiance with total atmospheric optical thickness and aerosol optical depth [2]

Results (English) 2:

In 2007 J. Canada designed an automatic solar radiation capture system designed with LICOR spectroradiometers mounted with fiber optics and remote sensors cosine. This system uses a step motor to work continuously and automatically so it can capture the irradiation of the sun. Measurements were performed on systems that had databases with irradiation wavelengths at 330-1100 nm. The Database loads the normal direct and global horizontal irradiance to diffuse irradiance in the horizontal plane with total atmospheric optical thickness and optical aerosol depth [2]