proses perhitungan energi input pad

proses perhitungan energi input pada sistem PV terdiri dari tiga tahapan. Langkah pertama, data site yang digunakan digunakan untuk menentukan komponen diffuse dan beam dari radiasi keseluruhan di bidang datar. Hal ini dilakukan dengan menggunakan irradiasi ekstraterrestrial harian, B0 untuk menghitung rasio KT = G/ B0, dapat disebut sebagai indeks clearness dimana G merupakan irradiasi keseluruhan harian pada bidang horisontal (biasanya rata-rata bulanan), dan KT adalah redaman dari solar radiasi oleh atmosfer yang diberikan selama satu bulan. Langkah kedua, iradiasi difus diperoleh dengan menggunakan aturan empiris bahwa fraksi difus D/G dari radiasi keseluruhan adalah fungsi umum dari indeks clearness KT (dimana D adalah rata-rata iradiasi difus harian pada bidang horisontal dalam bulanan dengan satuan W/m2). Selama B = G-D, prosedur ini untuk menentukan iradiasi difus dan beam pada bidang datar (B adalah iradiasi beam harian pada bidang datar). Langkah ketiga, sudut angular tergantung dari setiap komponen yang digunakan untuk menentukan iradiasi difus dan beam pada permukaan miring

Results (English) 1:

the process of calculating the input energy on the PV system consists of three stages. The first step, the data used site used to determine the diffuse component and overall beam of radiation on a horizontal plane. This is done by using irradiation extraterrestrial daily, B0 to calculate the ratio of KT = G / B0, may be referred to as an index of clearness where G is irradiated overall daily in the horizontal plane (usually monthly average), and KT is the attenuation of solar radiation by the atmosphere granted for one month. The second step, diffuse irradiation obtained using an empirical rule that the fraction of diffuse D / G of the overall radiation is a common function of clearness index KT (where D is the average daily diffuse irradiation in the horizontal plane in monthly units of W / m2). During B = GD, This procedure for determining the diffuse and beam irradiation on a horizontal plane (B is a daily beam irradiation on a plane). The third step, angular angle depending on each component used to determine the diffuse and beam irradiation on a tilted surface

Results (English) 2:

The input energy calculation process on a PV system consists of three phases. The first step, the site data used is used to determine the diffuse and beam components of the overall radiation in the flat plane. This is done by using daily ekstraterrestrial irradiation, B0 to calculate the ratio of KT = G/B0, it can be referred to as the clearness index where G is an entire daily irradiation on the horizontal plane (usually the monthly average), and KT is the attenuation of solar radiation by the atmosphere given for one month. The second step, diffuse irradiation is obtained by using empirical rules that a diffuse D/G fraction of the overall radiation is a common function of the KT clearness index (where D is the average daily irradiation of diffuse on the horizontal field in the monthly with W/m2 units). During B = G-D, this procedure is for determining the diffuse irradiation and the beam on a flat plane (B is a daily beam irradiation on a flat plane). The third step, the angular angle depends on each component used to determine the irradiation of the diffuse and the beam on the angled surface