Sentence examples for beam irradiance from inspiring English sources

The DIRINDEX model is a combination of the DIRINT model, a quasi-physical global-to-beam irradiance model based on regression of hourly observed data, and a broadband simplified version of the SOLIS clear-sky beam irradiance model.

Overall, results show that SUNY V3 has improved slightly compared to SUNY V1 in terms of estimating global and beam irradiance.

In this paper, a system with CPV and electrolyser is presented where beam irradiance of sunlight is harnessed to convert the instantaneously generated electricity into useful Hydrogen/Oxygen gas, where they can be stored and re-used for downstream applications such as the fuel cells, etc.

The algorithm used to calculate the solar irradiation was implemented in the open-source GIS software GRASS, where the beam irradiance normal to the solar beam B0c (in watts per square meter) is attenuated by cloudiness atmosphere and calculated in the model as in Equation 1 [31]: B 0 c = G 0  exp  − 0. 8662 T LK m d R m, (1).

Due to a Gaussian shaped THz beam, irradiance level near the edge of the plate is 0.25 mW/cm.

The DIRINDEX model was designed to estimate hourly solar beam irradiances from hourly global horizontal irradiances.

As the sample approaches the beam focus, irradiance increases, leading to self-lensing in the sample.

The field test of focusing such a concentrator gave a size focus of about 5.08 cm where over 90% of the reflected beam solar irradiance arrived on a simulated pipe receiver with this diameter [3].

Irradiance losses are calculated from both near and far obstructions which might cause shading of both beam and diffuse irradiance in a three-dimensional reference field.

Unlike concentrating solar technologies, PV panels can make use of both beam and diffuse irradiance.

The effects of outdoor and indoor air temperatures, solar irradiance, beam angle, as well as water flow velocity on the heat flow are analyzed.