Sentence examples for power loads for from inspiring English sources

The results have shown that sapphire which is suitable for the spectral range from 150 nm to 4.5 μm is the only material for large window diameters (about 13 cm) which could cope with the expected maximum power loads for W7-X of 50 kW m−2 for more than 20 min.

The use of carbon nanotubes both as additives with optimal loading and as a thermal interface material significantly reduced the maximum junction temperatures for different constant power loads for the multiple PCM composite as compared to its original size used for the experimental work.

The investigations show in which operating regimes the different materials are suitable with regard to pulse duration and power load for windows of different diameters and thicknesses.

While the expected nominal power load for the operation of the RO desalination system is 70 kW (net power after recovery), the solar PV system is designed for 50 kWpeak, and the WEC for 200 kW nominal output.

The initial active power load for the whole system per hour is shown in Table 1.

Amin and Uysal [17] have investigated bit and power loading for an AF OFDM relay systems using bit error rate as the performance measure.

The overall goal is to achieve, with a CEB readout from JFET or SQUID (Superconducting quantum interference device), an NEP that is less than the photon noise with a low optical power load for SAFARI (SpicA FAR-infrared instrument) and MILLIMETRON.

The building has twelve floors with a total square footage of 6000 m2 and an average floor height of 3.8 m. Figure 3 shows the hourly PV output and the cooling, heating, and power load for representative days during the summer.

Then, a design idea depending on the biggest power load of building appliances for the PV system was proposed in this paper.

But by relying on batteries or ultracapacitors to deliver peak power loads, such as for acceleration, fuel cells can be sized as much as four times smaller, slashing manufacturing costs and helping to bring fuel cell-powered vehicles to market.

(For the first two cases, the SPCGS rate region is known to be the capacity region [17, 21].) Using these convex formulations, optimal power loads and partitions for these three cases can be obtained using efficient interior point techniques.