Sentence examples for input electric power from inspiring English sources

The lowest temperature of 59.3 K has been achieved and the PTC can provide a cooling capacity of 0.5 W at 80 K with an input electric power of 54.3 W. But the cooling capacity at 80 K with 40 W of input electrical power is not sufficient.

OH field with comparable concentration to a methane/air premixed flame has been achieved by tuning the input electric power of pulsed electric discharge.

In this approach, first, a constant vibration velocity measurement system is used to find the optimum driving frequency, which is defined as the point where the real input electric power is the lowest for a given output mechanical vibration level.

A lowest cooling temperature of 23.7 K and 0.50 W at 33.9 K were obtained with an input electric power of 150.0 W and an operating frequency of 40 Hz.

Results of simulations show that the proposed control system is effective and minimizes the input electric power while satisfying both the data center thermal load and system operating constraints.

Experimental results show that in the case of greater input electric power, the cooling performance of parallel system is better than that of single system (one compressor driving one PTCF).

In Fig. 1, P e and P g represent the inputs of electric power and natural gas, respectively; L e and L h represent the outputs of electric power and heat, respectively; L g ′ and P g ′ represent the output of the P2G unit and the equivalent natural gas input of the energy hub, respectively.

The light-chemical energy conversion efficiencies of the CdS(4 /Ag2S/TiO2/ITO and CdS(4 /TiO2/ITO electrodes as a function of applied potential (vs. Ag/AgCl) under AM 1.5 G (100 mW/cm−2) illumination is calculated as η  = [(Total power output − Electric power input)/Light power input] × 100 (There are more details in [53]) [53], which is shown in Figure 8.

The processes had four variables: electric power input, plasma gas composition, carrier gas flow rate, internal or external injector.

In particular, the H2 30%/N2 70% PJ was able to ignite both fuels even at atmospheric temperature and the lowest electric power input for the stable operation.

With 7.6 kW electric power input, the cryocooler offers more than 520 W cooling power at 80 K corresponding to a relative Carnot efficiency of 18.2%.