Sentence examples for maximum energy yield from inspiring English sources

Data from the Dutch Meteorological Institute is used to determine the optimal orientation of PV panels for maximum energy yield in the Netherlands.

Nitrous oxide (N2O) is only formed by coronae discharge with a maximum energy yield estimated to be ∼1.2×1013 molecule J−1 at 50% CO2.

The analysis method can be used by PV installers and system designer to determine which is the optimal system architecture for maximum energy yield especially when partial shading is present.

Nitric oxide (NO) is formed with a maximum energy yield estimated to be ∼1.3×1016 molecule J−1 at 80% CO2 and ∼1.3×1014 molecule J−1 at 50% CO2 for lightning and coronae discharges, respectively.

The results shown that SIPV produces maximum energy yield when the slope nearly 120o on South, Southeast or Southwest direction, which is installed on the exterior wall that has the diffuse reflectance value approximately 30% like a rough semi-glossy surface.

The problem investigated in the present study concerns the estimation of the maximum wind energy yield, which is acceptable by an autonomous electrical network, on the basis of the probability distribution of the local grid load demand and the corresponding data related to the available wind potential.

The maximum energy-based hydrogen yield is about 15.58 moles of hydrogen per mole of heptane fed at the lower steady-state when steam to carbon feed ratio is very close to the bifurcation value of 1.444 mol/mol.

When the inlet of the gliding-arc reactor is positioned close to the outlet, reverse vortex flow reactor (RVFR), the maximum energy efficiency reaches 50% and the yields of hydrogen and carbon monoxide are 40%and65%5%, respectively.

This calculation yields an estimate of the maximum energy that is potentially available from the metabolic reactions per kilogram of mixed fluid.

Eighteen of the pixels are optimized for the 0.1-10 0.1-10nd and yield 4.5 eV full width at half maximum energy resolution and 95% quantum efficiency at 6 keV.

The maximum energy conversion of the system can be improved up to 14% by incorporating design modification that yield a corresponding 25% improvement in the exergy efficiency.