Sentence examples for module performance is from inspiring English sources

Low-pressure module performance is comparatively more sensitive to variations of geometric parameters.

The route for further optimization of module performance is discussed based on analyzing the existing loss factors within this design.

Understanding the impact of realistic illumination conditions on solar module performance is of utmost importance for manufacturers and customers.

This is because module performance is rated under Standard Test Conditions (STC): irradiance of 1000 W/m2, solar spectrum of AM 1.5, and module temperature at 25°C.

The design of the optimal beam shaping module is mathematically explained and the experimental verification of the module performance is also presented in this paper.

As a result, optimization of the MD module performance is achievable, by adjusting the effective membrane surface area and feed flow rate, to improve internal heat recovery and also produce higher fresh water rate.

The module performance was evaluated based on permeation flux experiments.

Sources of non-ideal module performance are identified that arise from non-uniform module flows.

However, when the best result was selected from the two networks by a decision process using the weighted sum, the module performance was slightly improved to 78.4%.

The module performance was evaluated in ultrafiltration of polyethylene glycol (PEG 6000)/water solution, under different parametric conditions using polyethersulfone membrane of 5 kDa molecular weight cut-off.

The effect of design and operating variables on module performance was investigated with respect to oxygen transfer into water, as gaseous oxygen and water are circulated counter-currently, respectively inside the membrane lumen and through the membrane assembly.